C01HBa0051C14.1 AAAAAGAGGCTTACCTCATCAACAGCATTGTCAAGGAGCTCTGCCAAGGCTTTAGACATC ACAGAACAACAATGGCTATGTTAACACTCCAGTAATAGCATTTGCAATAATCCTATTACC ACACAATAATATGGAAACGAAAAATGAATCAGCAATAGCACATACCACCAAATGCCCACT TATGGGAAGTGGCGTTTGAGTGAAGGAACTTCGGGTGAATGTGCAAGAAACTGGAGCCTT CTGTATAATGCCACAAATAAGATGACAACATACATATTAGATGCAAAACACATACTTGAA TTACAGATAAAGAATTAAGCTATAAGGCGATATAGAAAGGTAGGCAAAGAAAAGATTGAC CAACTACTCAAAACATCAGCACGCATGGTTTATGCATGGTAATGTGTTTGCTAAGAACAA TTTTGAAAAAAGGAAAAAATGGGTACTTCAGTGCATAATACTTTTAAGGGTGGACTTGGT AGCATGCCCCTCATCATAATTTCCAGCTTTCCAGAACTGGCGAGATAGGGGTGCTGGACA TATTTGTGATGTAGAACATAGGCTTGAATCATCTATCGGAGACTGATCTTGATCCAAGAC GGAAGTTCTACTCTGTTCAGTAGCTGTAGAATCTTGCCTCCCACAGCTGCTTGAGGATTT TTTATATGGCAAGGAATCAGCTTCACAGCACTCCATTTGTGGAATTAAACTTTCAACCAA TATAGGTTCCAACTTAACAGTCTCTATCTCCCCACCTCCAAGATTGTTACTACACAAGCC AACCATATTTGTAGAACTCATCCCCGGACTGATAAGAAATTAAACAAGGGAAAGTAAGTA TACAACTAGATGTGCTAAAATGCGAGATAGAGAACTAGAGGGTCGAAGATGAATAAAAAT GACTGAAAGTACAATAGGAGGCCAGTAAAACAGGACACAAGACTACGGATACTTGCATCT CCTAGAAATTTTTTGGCCCTAATGTCAGACTAATCAAATCTTGAAACGAGGTGCCAAATA GGTTGTCTGTTTTGCCTTGATTAAGCAAGGCTTCACATAGAGCACTACGGTGAGTGCCTC ATTGCACATTGACTTTGTCTTGTCATTGCAAATTGATTTGTGTGAGAATGACACTAAACA ATAAATACCTCACCTAATTGAATTCCTTTCGATTCTTTTTGTCTAATTTCAAGAATCCTA ATTGAATTTCTTTCAATTCTTTTAGTCTAATTACAAATTCTTGAAAAGACTAAAGATTAG AACGTCATCCCAAACAAAAGTTTCAAAAAAATTCTTGACTGGGGACTTTTCTTGACACCC AAAATTCTTTTTAAACAAAATTAAACAAGAAAAATGCAAGGCTACACAACCATTCACCTT AATAATAATGACAACGAAACAAAACAGATAAACCAAACCTGATACAAGAATTCAAATTAC CAGCTTTATCTGTTTCCCCACAACTGCTTCTTGCATCACTCTCCCCAAGAGTTTACTCTA TCTCCACCCCCACTCCCACTAGGTCATCTTCTTGCATCCACATTCAACTTCTTGAATTGT ATTTTCTCCTCTAAATGAGAAATAAATTAGCCCCTAAACGTTAATTCTGCAGAAACTTCA GAAATTAATAGTTTCAATTCCAATTAAAACAAATAAAAGAATAAGGGATCAAAGTTAGCA AATAAAAAATCGGAAAATATTCAAGAATCAGTAGTGAGAGAGAATCTGAAGCTGATTTCA AAAAATTGGTTACTGTGAATTCAAGCTTCTAAGAGCTAGGGCTGAAGATTACTGCAATAA AATTGTTGGAGAGGACGAGGGCCAGGTTTTTTTCTTTATTATATATTTTCGCTTTTTGAA GGAATAAACCGGGTTAAAAAATGAAGAGTCAGGTAGTTTAGCTTCACCAATCTGTCCTTT GCCTTGCTCTCTCCGCTCTTTAAATAGAAATAATTAAAAAATAATAATGGTCCATCACTT CTTATTTTTTGAGTTTTGAATATGAAAAAAAGTAATATCCTGATTATTATATTTTAATAT GTATATTTTTGAATTTTAAATTAAAATAAAATGTTGTTTAATATTATAATTACTAATAAT AAATGAATCATTGTTTTAATATTATAAGGATATTTTTTTGGATAACTTTCACATATAGCA AACAAAAAAATCATATTTGTATAATATAACAAACTTTGCATAATTGCGCTCTATAGCAAA CATAAAAACTGTATAATTCGCTATACATATAAAAGTGTATAATTCGCTGGCCTAAATTGT ATAATTCGCTGGCCTATTTCGCTGCAATTGTATAATTAGTTTTGCATACAGTTGAATCGA ATTAAGATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCT CGCTTTATACAAAAACAGAAACACAATATATACATTTCTGTTGTATAAAGCTAGAAAAAA TTGTATTTCACTACAGTTGTATAATTCTTTGGCCTTTTTCTCTGCAATATTTGAAGTAAA ATGTTTGTAAATTATATAATTAAGTGTATAACACGAAGATATACACTTTTGAATGTGTAT ATACAATTTTCTCTCACTTTATACAAAACAGAAACAGAAATTATACACTTTTGTATATAA AGCGAGAGAGGCGAGAATGGGAGAGTGGCGAGCGAGACTTCTGGGAGAGAGACGCCTAGC AAATTTTTGTCAATGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTATTCAATTTA ATTTAGGTTATTAGTTTGCTATTTTATACAATTTTATTTTTAATGGTAGATGATTGGATT AATTAGAAAATTTTCATTAAATTGACATAAGTGAAATTATGAAATATTATTATTTTATAA ACGATATATATTATTTAATATACGAAGTAATATTTATTACTAAGATATCACATAAATCCC ACTAGTTTATATATTAATTACTAAGATTTTCGATAGTATCGAATATTACTTTCTCTATCA TATTTCACGCTTAAAATACATGAATTTGAATCTACAAGATATAAGTATTTGTCAAAATTT AAAATTGAAATACATATTTTATTAATAAATTAATTAATAGTGATTGGTTTCCTCAATTAA AGGGGTGATTTGAGGATTTTCTATATACACAATTAATTCTGAAAAATTTAAAATAAAAGG TCGAAATCAAAGAGAGTATCTATATTTATTTTATTTTATTTTATTATTTTTAAATTAATA AATTTATTAATATTATTAATAAAATATGAAAATGGTCATGTAATTTGATTATTTTATTTT GTTACTCTTAAAATAATAAATTTTATAATTTGATGAATCTATTTTCAATATATAGTGAGT CTAACAAACCAAATATTTAGATATATAAGTATCATACAAGTACAATCATATATATGACGG AAGTTTCTAATATTAATTTTGTGTATTTGTTATGATCTAATATTAATTTTATGTATTTAT TTGTATGATCTTATTTTAATTTTATGTATCTTTTATATGTATCTAGGTATTAAAGTGATG TATCATGTATTAATCTCATGCATTATATTCAAAAAATATGTATCTCGTATACATAGTAAC CATATACATGGAATTATGTGTATCTAAATGCGGATGTAACTTAAACACACAAATTTAAGA CCATGAAATAAATCATAATGATAGAGTATCTATCTTATCATTGATCCCAAAAAAAAGTAA AAAAAAATCAAATTTTTTCCTTTTTTTGGCATCTTATTTTTTTTTTCCATAAATATATAT AATCTTAATCCAGATGCATGAACTCTTAAATAGATACATATACACTTATACGTACATCCA ACGTTTTTGCACTTGATATGTATCTAATGGTATATCTATTATGTTAATTAAAGCCTGGCA TAACTCTTCCATCTTGCTCGGATCGTTTCTATATTTAGATCTATTCTCGACTTGAATGTT GGTGAATAAAAAGTTAGTCCACGCTATGAGGAATTCATGAGTGAAAGTAAATAAATAAAA GTTGTTTAATGAGAAAGGGTCAAAAATATCGCTTACCTTTAGTTTATTGTTTGACTTTAC CCTCGCTGTTAAAATGAAGTTAAATTTACCCCTTCCGTTATTAATTTCACCAAAAAATCA CCCTTGATTAAATGGAATCCCAAAATTGATCCAATTACCCGATTTTGTAAAAAATTTAAA AACCTTATTCTCTATTTTTAACCCAAAATCCAACTCATCCAGTACCAATTAACCCTTTTA CTTATTCTCATTTTATTCAATCTTAATTGGATTGTTCCTATATTTAGATCTATTATCGGC TTGAATCTTGACGGATGAAGAGTCAGTCCATACATATTGAGAAATTCATGAGTAAAATTA AACAATTTAAAATTCAGAATATCATGAACTTTAACTTAGATACAAGACCAATACATATGG AGACAATAAAACAACATAAACAAACATATCTATGTAATGTTGATTTGAACATGTAATCAT GTATTGAGATGATGAAGAGAAAAAAGAGGAGAGGATGAAGAGAAAAAAGAGGAGAAGATG AAGAAAGAGTGTAGTTATACGTTGGGAGGAAGATAACGACAATTGTGAGTAGAAAAAGAT TTATCTTGTTAATGGCCCATTAATTAATGAGTTTAAATTTAAGATAATTATTAGGATAAT GCACAAGTACTCCTTCAATCTATGTCCGAAATCTGAGAGACACACTTATACTATACTAAG GTCCTATTACCTCTTTAAACTTATTTTATTAATATTTTATAGCGCAACTTTCATACATAA CAAACAAAAAATTTATATTTGTATGCTATAGCAAACCCTGCATAATTGCGCTCCATAGCA AACATAAAACTATATAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTAAATTG TATAATTCGCTGGCCTATTTCGCTGCAATTGTATAATTTGTTTTGCATACAGTTGAATCG AATTAAAATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAAATATATGTTTTTC TCGCTTTATACAAAAACAGAAACACAATATATACACTTCTGTTGTATAAAACTAGAGAAA ATTGTATTTCACTGCAATTGTATAATTCGCAATTGTATAATTCGTTGGCCTTTTTCTCTG CAATATTTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAACACGAAGATATAC ACTTTTGAATGTGTATATACAATTTTCTTTCGCTTTATACAAAACAGACACAAAATTATA CACTTCTGTGTATAAAGCGAGAGAGGCGAGCGAGAATGGAGAGTGGCGAGCGAGATTTTT GGGAGAGAGACGCTGACAAATTTTAGCTAATGTTTTCTATGGAGCACAATTAAATCAAAC CCTAACTATTCCATTTAATTTAGGTTGTTAGTTTGCTATTATATACAATTTTCCCTATTT TATAACCCTTTTTGCTTACGTAACACTATCTTATGATGCCAACAATAATTTTTTTTTCTT TTCAAATTAGGGCCAACCTCATTAATGAACATCCTAAATCCGCCAACCTCTCACTATTTT TTTTTTTTAAAAAAAAAATCCATTCGATCAGGTTGAACTGAATATAAAAAAGTAACAATC CATTCGATTAGGTTAAATTTAATTGGTTACTTAATTTAAGAATTATTTTGAGACCGCTAC CATTTTATATTTTAGTTTTGAAGGTCTTTCAGAAATGAAATGCCAGTTTATTGGAAAGAG AATTAGAATCGGCAGATAAAAGATATGGCGGATTTCATGACATCTACTCATAAAACCAAG TGGATTTATACTCTCCAAGATATTGTGAGTTACAATTGTTCATCAAAACTTAAATATCAT TTTTTTTCGTTTTCCCATTTGTATTTTGAGTTTATGAATGGTTTACTGTATTTACAGAAA CATAAGTACAAAGTTGCTAATCAAAGGGCGAAACAAGCACTAGAGATGGTATGCTAGTTT CATTTTTTTTTTCATTTTCTGTGTGCTTGTGGATATGTTTTCTTTTTGTTGGAGATACCC TTTTCACCTAATTATGTTTTGTTTTGATGAAAAGCAATATGAAATTGTTCTTTGACCTTT TGTTGCTGTAGTCAGTGTTTATACTTGAGACATGGTTCAAACACACATGTATTGAGATGT CCATAACATATGATTTGTGTATTGTAGTTTGCTTAATCAATACAAACAAGGCAACATAAA TGAAAATATGGCATAGACATGAAGCGATAAGTTAAGTGAATTGGATGAACCGGGTAAGCT TGGTCTTATTGATATTATTCAGAATAATAGAATCACAGAGTTTCAGAGCTTAAGAACATA ATTTAAGAGTATAATGCTGGTAAAATGAGTGAAAATCAGATGGTTTACAATAAGTTGATA TAAGATTATTTATAGCTAAGTCCTTGAGACCAAGTTCCATGGACTAGCCCACAGTAAGTC CATCAGTTGCACACTTATTTCAGTTACGTGACGAATGGCAGAGATCTCTGGCTCTTTCTG CAATGACTGACAGAGATCTCAGGCTCTTTCCACTATGGCTGGATCCCTGAACTTATCTCA ACCTTAGCTTGTTTGGTCACAACTTGGTGGCCGGTCCCTTATTTCCAGAGCTAGGCTGTC TTCACCGTTATGACTCCGGCCCCGACTGTCTTGACTGCGGATTTTTCATTGATAAGATTT CCCCTTACTGGTCATTTGGTGTTGTTGCTGCTGCGTCACTTTTGACCTATTCTTTTTGCC ACGTGTCATTTCTTGATTGTCCCAAGTCTTAAGTGCAACTTTTACCCCATAGAGTTAAAC TGTGTGAAACTTATTTTCCATTTTATGTGTATGGTGTATGAATTCTATATGCTGGTTTAG TGTTTTTTTTCAAGCAGTTATGATACTTCCTCACTGCTTCAACGATTTGCCTAATTTTAT AGGCCAGCATTACCTGAAACTTTTGTGGCCCAGAAGGCCAGAACGTAGGTCTGATTTATA GTACTTGTGGGTTTATAAATAATACTGATAGCTAATTCTATTGTGAAGTTTGGAACAACT CGAATGGAAGTTGATATTGATGGGACTTTCTCGTATGCTGAAAGTCAAAATGACACAAAA GATAACGGTAAGCTAGTATATATTCAGATCAAAGTAAAACTAGAGAAACTATAAAGTTTT TGGTTTACCTCCCTTTAATCTTGGTAGATAATCGTAATTCTTTTGGTTGCTATTTTGGTT GGCATTTTAGCTGAAAAGCGTCCTAAACCACTCAAAGTTGAAGAAGAACAGCTTCTAAGG GCTTTCTACGAATTCAAAATTCAAGACGTTTGTGATGCCTTTAAGTTCCCTCGTAAGATT CAGGTATAAAGTTTTGATTATTGGATCTGCTACTATAATGAATCAACTATAAGATTAAGC AGTTCTCATGGTTGTTTGCAGGCAACAGCCCTCATTTATTTTAAGAGGTTTTATCTGCTG TGGTCCGTGATGGAACATCACCCCAAAGACATTATGTAAGCTTGTTATCTATCTTCTCTG TGCTTTCTCCAATTCCCCAATATAAGAAAACCTAACTAGTCTTCCCCTATGTTTATGCAA TGTTTGGTTGGTCATTTGCATAATAGTTACTTTTGCCAAATTCAAGTTGAAGTGCATTTT AAAAACATAAACAAAGTCATTAGGAATCCACTTATAATGATGCATGCAGTAGTTGATAGT TGACAAAGACAAAGCTCACTAGCTTCCCCCGTCTTCCTTTTTGTAGGTTAACGTGCATAT ATGCAGCTTGCAAGGCAGAGGAAAATCATGTATCAGCTGAGGAGCTTGGTAAGGGGATTG GACAGGATCATCATGTTATCCTCAATAATGAGATGCTGGTTTTTCAGGCATGGATTTTAT TTAAAGGTTATTTTATTCTACATTTTCCTTTAAATCTTGCTTTAATTAACTTTTTTATAA CCTTTCTTTTGCAGAGTCTAGGATTTGATCTTATTGCTTATGCTCCATATCGTGCACTCG AAGGTTTTATCAGTAATTTAGAGGTCTTTTTCTGTTGATCTGTTACGCCTTCCCCTTGGA GTAATAAATTGCTTTGTTGCCTTTTGATATCTTCCTTTTGATTGGTAGTTGTTTCCACTC TTGATTTTTCACTTGCAATAATTGACTATTGCTTTTGAAACTTTAGGAGTTCTGTGGAGC TCAAGATAACGACCAGCTTCTGGCACTGAAGGTAACTGTTATTTCCTTCCGACAAGATAA GGTCGTTCATAAGAGAAGCCCCTCAACCTTGAGAATTCAAGTTACGAAGGGATCTAAATG GAGGAAAAGGCCACAATTGACTCCTGGGAGGGGGTTAGTGGTGGGGCAGATGTAGGTTAA CATATAAAAAACAATTTGTTATTTTCTTTGCCATACAGTTATCTTTTTATCAAAAATAAA ATGTTATTTTACTATTTCGGCTCCTTGTAAATTCTGGCTTCTAGCAATTGAATTTCATAC AGTATTGTTCAATAACTAGTAGTTTTGTAGTTAAACCCACCCAAACCATGTAATCTATAT GCGATATTAAAAATCTTCAAATCTCCCTCCAGTGGAACAAACGCTGATTTCTCTCTTCCC ATTTTTATTGTTTCTAATTCTTACTTAGATAATCAAGTTTAACGCATCTTCTTGTTAGAT TATCATCAATCTTCTTTTGAACATCATTAAAGTTGGTGGCATGTTGGAGATATGGTGATT ATTATAATTCAATCTCTTCTTAGAGTTTCACACTATACATCCCTGTCTAGCTGATTGAGC TACCAACCAAATAATCTTTCTTTATACTTCAATTAATTTCTTCAAAACATTTTTGTGCAT TCAACTTGTGACAAGAAGAAGGATCCAACTTCACTCGTAAGTATTGGTAACACTCTGACA TGCATCGATGCATTACTAACCGTCATCTTCTGTAGATAATGAATTCATCTGGTCATTCCT GATTGAGTTCTTACCTCTTATATGGGAAATAATTCTATTCATATTACTCTGACCTCTGGA ATGGTCTACCATCTAAGCTTATTTTCTTCTGAAGTACAGGGTGCACTTGATACTGCTAGG ATTGAAGCAGATAAGATTATGCGTAGTGATGGACCACTTCTATTCCCACCTGGGCAGGTT ATATTTTATAATTTACATCCTCTATTGAAATGATTTTTTACTGTATAGATGTGATTTCTG GCTCTTCTCACCTGCAGAGGATTATATTAACAGATACATACATTTTTGAGGCTTGCTTCA TCTTTGTTGAAAGAACAGTTTCATGTTCCACTCAGTCATAAACTTTTGATACTAGTTTGT TTCCTTCTCATATTTTTTGTTTTCATGTGAAGTGTGGACATGGAGAATGGATCCTCTGTT ATTGACAGTTAATTTTCCTAGTATGATTAGACTAGATCAAATCTAGTTCTTTTGAAGCTC CTTCTAACTAGACCTGACAACAAATTATGACTATCTCTGACAACTAAGCGAGGCTATACT TTTTGTCTGATGATTGATCGGAACTTTTTGGGAGAGGAAGAATGATCATCAATTACATCT GATAAAGTGCAATAACTGGTTAAGTTATGAGAAGAAAGGAATTCACATCAAATATAATGC CATATACGATATGTCCAGAGGAGCGATCACAAGGGTAAGTATGGCGGGGAAGGGGAAGGA ACAATGGACTTTTCTCCATGTGGATTTATACTGGGGATCTATCTTGAGTATGTACTTTCT TAACCTAGTTATGGATGAGCTAAACAATAGTAAACAAGATGCCATAGTTGGTTCAGGATT GGCTTTGTCCTAGTGATTTTTTTACTAATATACTGTAGTTCTTTTTTGAGTTAGGAATTA TCCTCTGTATTCTTTTCTCTCAACTCAAAGACACAGTATTTTGCAACCAGAGGCAATTCA TGATTTGTGCATTGTGTGTTCGAGTTCAAATTATAATAATCCACTTACTTCATTGGGTTC AAAGTTTGTTATTTGTACTTATTTAGTGAATATTTAAACACACATGCAAGGTTTGAGCCA AACATACTTGTTCCGGATGAATTCGTAATTTATTATCTGGGTCCTTCTCTGTTTGCCACT CTGGTTCATACTACTGATAATTCTTCTCTGACCATTTTAATGCTTTTCATTACCTTTACT GTCAATATGCGAGTTTGGGAGTTCCAAATGTTGTCTGTGGGTTTCTATAACCAAGGAAAG CCTCCTCTCATAGTTGAATTATGTGCCCATAAGGTGGTTGTAGATAGATTCTGGAGGAGT TCTTCTGTATTTTGGCGAGGTTGTGCCCATAGGACTCATATTTAGCACAGGACAAATTAT GTGATTAGTCAATATTAGATGATATCTGTTTTGACACAGGACAAGACTGCATTTTGGAAA AAATTGAAACACATAAGGATAAACTTTTTTCTGATGATCACTGAATGGTACCATACTTGA CATATGAGAAATTCATCATCTGATGACCTTGTTGGATACCACAGTCAATTAAAAAACTCT GGATTTTGCATTCTATGTGATGATTTGCTCTTTTAAAATGTGCTACAGAATACAGATAAT AATAGTCACATGTACATCTTAGATAACTTTCTGATTTAAGTTTCTTTTTACTTATTTCAG TTGGCATTGACAGCTCTGCATAGAGCTGATGCAGCGCATGGCATATTCGATTTTGAGAGG TCTCAGTCCCTTTCTCATTTGGATAGATCCACAATAATCTGGTTACAGTCTTATTAACTT GATAATGATTCTTCTACCAGGTACTTGAGAAGTGTCCTATCACATCATGATCAGCCAGGT CATGCCATTTCAGAACTTACTGATTCTATAAACGTTATCGATTCTTTGGCAAGTACTTAA TCTTGTTACTACTGCATGCTTGGAATTGTTTATCTTTCTCTTCTTCTATCTATAAATATT TCTGACTCCTCTTACTGCCTGAACTCCTGGCATTTGAACAGGTTGGTAAACTTTTGACTC CGACTTCCAAAGACGTGAAGCACATTGATCGGAAACTCAAATCATGTCTTGATCCGGGTT CACATGACAAGTGCGTTCAATCAACTCTAATTTGATTGTCATTTTTCCATCTTTTGATTT TGCCATAATTCATTCACCCAGCCAGGAAATGATGCTGGTTTGTATTTGCAGGAGTAAAAA AAGGAAGCATAGATCCAAAGATAGCTCAAATGAGGTTACAGACATCTCTTGAGCTGCTCT TAACTCAAGTTTGTAGCTTCAAGCGTATGTTATTTGGCAATAGTTCATCATTGCTGCTCA TCACAGTTTCCAGATATAGAGCAAAAAATCCAGTCATACTGGAAGACACCGTCTACTACA TTTGCATTAGGTTTGAGAGAAGAAGCAGACGCGGAAATGGGATCAAAGTTTATGAATTGA ACTCATTGTATTGTTTAAATTACGGGATTTGATCTTATATTTGTTCAGATTTTTAGTAGT TATATCGAAAGTTATGATTCAGATGAACATGTAGTCAAAGCCCCAACATCTTGTCCCAGA GAAGATCACATTGTTAAAGATGTGTAAGTAAGAATGGACTTATTTGTCTGTTTTAATATA ACTTTTTTGGTTTTATATTTACTAATTCTATTTTTCAATTACTATATGGATAAATTATAC AATCTTGGTGTTTATAAATTAACACCAGTATACAGATTTATATTTATACTATGTCGTGCG ACTCTAGTTTAATTTCCATCAGTTAATTAATTTATAATATACAATTCTCTACTTATCTAC GTAATTACTTCACTAATGCCAAAACACCATTAATCTTCCATCATTTCATGCTGAAGAAGA AATGTATTTGAAATTTTAAATCGTGTGATCATTTCATCTGAAAATTTAAATTGCTAGCTA AAAATTATATTACGCGTATGAACTAAGATCGATAGCAAACATATGGTATTACACATCATG AATGATGTCATTTACATATATGGTGCAAATCATTCAAAAATCAAAATTAACTAGGGTTTG CATAATTCTATTATAATATTATTATAATATAATCACAACTTTTAAGTGAACAGTGGATTC AGCTCCCCACTAGCTAGGATCCCTCTTCAAGGAAGATATTGGAAGAGTGGTCCCCTCCTC CCCTTAATTGCACAAACCCTAGGTTGCCTGCTTAAACCCTAATTCCAAAATTCATGCTTA ATTAAACTCAATTTGTCTGGTTAATCATAAGTTCTGAAAACCATCTATATGTATAAGTAA AGATTGCTATGAAAAATATGATATATGATTAGATGGTATATATCCTCACAGTGAAAAGTT TAAAGTGTCGTCAAGAGAATCGGAGTAGATAACTGTTTAAAGGTATACTAAGATCGATCA TGTGATAGATATGAACGATGAGTGGTGAAAGAGTATCCTGATTAATCCGATGCTAATTAA TTAATATGGATGACAAGAATAAGCAAGATTGAAAATCAAGCTAAGACTCTAATTAATTAG TACCACATATTGATCTAACAATAAAAAATGCTAGAAGGTCGCTTGTGAAGGTATGATTAC AAGAGATAAATTGTCAATTAACGATACTGATTTTGGATGCCCGATACTAGAGGATAAAAG ATCCATTTTCGATAACAGATAGATGTTCCTCAAGAGAATAAAGAGAGAACATTCTTCTCG TAGATAGATCAAAGGAATGTAATACAAGTAGCTCTTATGTCATTTTTCGATGGTTTCAGT TCGGACGAGATAGATAGAAAAGCATTGAAGTTCGAAGTTTCCGGCTCGCTTTTTCTCTTC TCTTAGTCTCAATCAACCTAGTTCCGGGCCTTCTCTTCTACTCTATCTTCTTATTGGATT GATAGGTACAATCTTTCTTCTAGGCTTCTGATTAAACTTTAACATAACTTAAGTAAAGAC AATCAACAAATAATTGATAAGTAAAGCTATGAACGAGTCATCCGTCAACCTCCAAATCAT TAGGTCCATCGTATATTAAAGGAAAAAATGTCTTAAATAACTGTGGCCAAGCACTTAAAC TAGAGGTTGGCATAGACACATAAAGCAAAATGAAACAAAAAGCAACGACAAAGAAATAGA AACACCTTGACAAAAAACTCCATATAGTTGAACGATACATCAAAAAAATCACCATAACAC TACTGCACAAATCGAGAAATGATCCAAAATCTTTAATTGAAGCGTCTACGTTGCACTCTT TCCATTACATTAATCTCCAATGGTGCTAGAGAAGTAGTACTAGCACGTCGAGCTTCACCA TCATCATCGTCATCATCAGTATTATCATCATCATTTAAACCTAATTTGTTTTGATTAGCT CTTACTCTTTCAAAGTCTCTCAACTTATACAAGTACCTCAACATAACCTCAGCATAGTTG TCAAAACCAAGTGAACTCAGAGCCCAACAGATGTCATCTCCATTAACCGTTCGACGATTC TCCTTGTGACACTTGTCAGATGCTTCACCAGTTACAAAACTAATAAATTCTGATGCACAT TCTTGCATGGTTTCCTTAGCTTCTTTCGATATTTTGGCTGTTGGTGGCAAGATTTGTTTC ATAATCCTTCCTACATTGGCTATTGGTACCAATTTCACATGTTCATCCACCATATCTTTA TAAAAATACTTGTGGATTTTTTTTTTTGGTTTGTTAGATATGGGCGGATTCAGGAATTTA TGTTAGTGGATGTTAATTTAGAGTGCGTGCACAATTTTTTTATATATATTCTGAATTTTT AACTGTATATATATATTTAAGTTGAAAACAGTAGATACACATGTATTCTGTATTGGATAA GGTGAATTTCGCACTATGTATATGTAATACTCAACATATGCATGTGCATGGAGCAGTGTG ATATATATGCGCATAGTGTTGAATATATAATTAAGTAAATAAAAATATTATAAATGTTTA TATTTTTTGTTACGATTTTGAGAATTATGTACTTATAATTAATTAACTAAACAAATTAAA TTCAAATCTCCAATGTTCGGTCAAAGTTGACAAGATTAGTGGTTTTAAAGTGAATTAAAA TCTAATCGAATCCACTAATTCGAAGATTAGCATCATTTAACTTTTTAAGCATTAGTCACG TCTGTTAGGGTACCATAAAAAATGGTCCCCTCCCCTCAAATTTCCTAAGTACCTGCTAAA TAATTTTTAATTTCCTTAATTAAACTGGTTTTAAAATAATTAAAAGTATTAACACTAAAG GTTAAAATGAATGGACGACGTTAATGCACGTTTACATGTGATATTAATTAATCAAATTAA AGAGCAGAAATGGAAGGAATGATTTACTAATACGAAACCCTAGTGTTTGATTACTAATAA GATTTAGGTTTTTGTCGGCACAACCCTTTAATTAATTAAACTTTTTATAATTTTACTAAT TAAAAAAAAAATATACTGTATCCCCACATGATGAATGTTCACTGCAGATTCTGCTTTTAA TGGAGTAATATTATTTTTCCTCAAAATTATGAAATTCCTTTTAGTGTACTTGATCATGTT AATTACATCATTTATTTGTTTGTGGTATTATAACTATAGGATTTCTTATTATTTTTCTTG CTATATTAAATTTAAGTTTTGTGCGCTGTTATTATTTTCTACCCGCCAGCCCATAAATGA GGATAAAATGACAATATTTATATTTTATTACAAGATTTGCGATTAATTTGATGCTCATCA CTTTATTTACAAAATAAATTCTAATTAATAAAAAGATTTCATGATTTCATCCCCTTTTGT TTTAATTTATTAAAGCTAGTGTCAGACACATATTTTTACATTTTCATTACACAAACTATA CTTTTTATTAATTCGTCATATAAAATACTTTTTTGACTAAATAAATCAAAGTATTTGCAT GTAGACAATTTTTATTCAGATTGAAACTATAAATATGAACTTTAAAAATATTAAATTCAC TTCCATAGAAAATTTTATATTTGAAAATGTGTACTGCCTTCGACAAAATTGCAAGAATGT CTATTTTCTTTTCGGGAAAATACCAAAAAAAAAAAAAAACAAACAAGCAAAACGCATTCA ATATATAAGTTCAATAAGTTAACTGAACTATCAAGCGGCTTGGTCCATGTCAGAGCTAGG TAGGACTTAGGGGTATAGACGAGCTTCTTTCGATAAAAAAATTATCATGTTTATATATGG TTTAGTATATATATTAGATATTTTATCCTCTTATATTATTTTTATGTTTATTTTTTTATA TTTTAAAATCCTTAGCATAAATCGTGAGTTTGAGTGTGTGAATATATATATTCCTACTAT AGTCAGACGTCAGTACTCAAATTGAATTTTTTTATAATGTAAAAATTATATAATACTACT AAATAATTAATTGATGTTATGCAGAACATTCTTTTTGGTTCGAGAAACTTAGTTTTGCAA ATTAGCTCAATCTCTTATTTACATGTACTCCATTTATTTATATTTATATTCTAAAGAAAA ACACCAACAAGCTTCTCTTATTGACACATCTAGGGTTAGAAACTTTATAGGTATTCCAAG CCATTATTTTATGTTAAAATCCATAAAGAGACTCTCAAGCACCACGTTAATTTTTGGGAA CATGTGGAGTATCTTACTGTTGAAACAACAAGGAAAAGAATTGAAAAAAAAGTCTATAAT CTAATTGGCCCAGCCTATTGCTACAGAACTCTATAGTCTATATTCACAATATTCTTCTCT AAATTCCAAGTAATAATTCTATAACCTAGACTCATAAACTATCAAATGTTTTGCGAGTTT AATATTTAAACTATGGTGATTGATGTGTTTATATTATCGATCACTTGAATTTTATATACT TAAACACTACTGGAAAGGTCTATTTTTAAGTAGTTAAGTATATTGTTCATAATATAGGAA TGTAATAAACTTCTTGTTTAATAGTTTTTTATGCTCTATAATGTGTAGATGATAGATCAT GTTCAATTTATGATTGAAATTAGGAAATGGACCGGAAATATAATTTGTCTCTTAATTATA ATTATATACTGTCGAAATATATTATATTTTTGAGAATTTTACACAAATTTCATAGTGTTA AGAGCTAATTATATCATATTTCTATTCCTTTTTAAATTACATAAATCACTTAAATTTGGT GCAATACGAATACATTTCAAAACGTCTCGATACACCGCATTCCGGTCTTAAATATATATT CCTCAAGTCTCATCATCATGATACATTGTCAATTTCGGATACATCACTCGACATTGCGAT ACATTGTCAATCCTGATACGGCCGTGTAAAATAATGTATCTAACAGTGATGTATCTGTGA ATAAAAGAAGCAGATTTTTTTTGTAATTTGTTTAAATAATAGGAAATTTCAGAAAATATG ATAAAATAAGTTGTATATTTAGATTAAAATATAGGGAAAATTATATGAAATGGCAAACAT TCATAACTAATTATATCATAGGGGTATAGTTTAATTTATTTACCTTATATAATTATAGTT TTTTTTTTTTGCTATAATTAATGGGGTCCACAACCTATTATGTAACCAATTGTATAAAAA ACTTACTTTCTTATTTTGTATATAATTATACAAAAAATAATTTTCTCTCTCTTTTTCACA AACAATTTTCTCTCTCCTTTTAACATTCCAACGTTTTCTCCTACATTTAATACTCCAGCT AGCCAGTTTGAAATTCAAATTGTTATCCAAAATTAGATTTCTCCTTCCCTCCCCAAGTTG AAGTCAATTTCGTAAGTACTCCTTAATTTTAGTTGTTTACCCTTTTTTTTACTTATTTAA AATTTGTATATGTGTTCTGTTTATTATTATTTTTCATATATTTTGAAGAAATAATCGATT TTTTGTTCTTGATAGATTTAAAATTGGTAAAACAATGAATGAATCATCTTCATCATTGAG GATTACAAGAGGTAGTCCTTGGCATGTCAATGTTGTTGACATTTTACCATCCTTTTCAAT GGGGTTAACTCAAGATTTTGGGGTTGATGTAGGTTCTTCGGGGAAATCAAATCAAGTTAT ACAAGAACAAACCATGGAAGAGCTGAGATCAAAGAAAAAAAACGACCCTATGGCAGTACA ACAAGTTATTAAAAATGCCAAAGCTAGAGGCATTAAAATTGTACAAGGAAGAAGAAAGAG GAAAGCTGTAAACATTGAATCAGAGGAAAATTCTTCTGAAGTAGTCGGATCTGAAGAACT TCATAATCAAGAGGTAATGTCTTAAAACACAATATTAGATACAATTTTTTGGTTAATTAG TTGTCAATATACAAAAAATATTAAATTAAGTATTGTATATAGTATATTCCATGTTTAGTA ATTGTATATAGTATATTTAAGTATTGTATACGGGAATATATGATTAGAATTTGTATATTC TATTAGTTATATACAAATTATTGAAGTTAGTACACAAAGTAATTGGATTTAGTTATATAG ATGGATAAATATCATATGTGATTATAATTTGTATATTGTAGTAGTTATATAGATGGGAAA ATATCATATGTGATTATAATTTGGATAAATGCAAAATGGGCCAGAAGCAATACTATGTAT CCAATAGTTCAGTTTGCACGGCGTTTTCCTCCTAATGGCTAGTATCCGTCTTGGACTGAG CCCAATGAGCAAAATGGCTAAACTTAATTGCTTATCAGATCAGTAAATGCATGAAGTGTA TAAATATACGTAATTATGAGTTAATCATAATCATTTTAGGTAGACATTTATTTCATTATA TCATTTAACTACAGTAAATTGCAAATAGTTCATTTGGCATAAGCTGGGTGCGAGGAATAG CGGACATGATAGAGTGGCTAGGATTAAATTATGTAGCGTAAAAGCATTATCTGTTCTTTG AGATGGGGTGAGGGAGCAACTTGTTTAGTCTTACATACCGTTCATTCTTGTTATGAATGA AATAATATCTCCATTTAAATTGAGTCTACAATTTTTGAATCTTTTTATTTAATATAATAA TTTTTTTAGCTAATTTAATGGATAAGACGATTCTCCAACCCAATAATGGTCACGTAAACG ATACATGGACAGCAATTTAAGTTAGCCAATATCCCACTAATTGTATACTATGTGATCTCT TTGTCAACTGAGATAAATAATTCAACGTCCGAAACCTAAATTTTAAACCAAATGGAACTT TAACGGTCAAGCCCACCCACACCCTCAAAGTCAACGTTAACATATATTTATCTCACATAA TTATGTATAATAAAATGTGTAGTAATTACTCCATCTCAGTTGATTATCTCAAATAATATT ATTTTAACAGCCAATTTGGTGCTTAGATTTTAGTGCTTTTTTGCTGTTTCCTTTCGGGAT TTGCGCTTTATCCAAGCTCATGAACATGCCCATATGTGTTATAAGCTTAGAATTCACGAT TTTCCAGCTCTTTAGTTCACTTGGTGTTTGTTTCAAGCAATTTTTAATGCACACTTTTAA GCTGATATACGCCATTATATTTGAAGTTTTAGATAAACTTAGTGCGAGTTTCCAATTTTA CACCTTGCCGACCCCAGCTTGTTTGGAACTGAGACATAGTTATTGTTTGGTGCTAAAACC AGGTAATTTATTAATCTGCTTCTTCAGTTGATTATATGAATTCCATTTATGTGGGCAATG TTTGTGTTGAATCTTTGTTCTGTTTTTAGCATAGAATTGTTGGAACTTCAGTATTGATTG AGAATGGGTCAGTCCATCTTTTGTTTTAGAAAATGTAGATTAGGAAGAGTAATGGGTTGC GTTCAGCTTGTGCTAGGTTCACTTGTTATACTCGTGAGCCTTTCGAGTTTGTTTAGGTTT TATTCTGCTGGATTTTTCTTACATGATGAGGATATATGTCGCCATTTTTATGGTGTGAAG GATGTTTATGATAGTTTTGATGTAAAGGCACTGAGTTCTCGCGTTGATGAAGTGCTCGAT AAGATGGAGAGTTTGCAAGATAAGATTGAATTGATTGTACAAGATATGGAGAAGAACAAA AATGAGTTAGAAACAGGGAGTATTCCCAAATTGGAATACAAGAAGTTCTTGGAAGAAGAG GTGATTAAGCCTTTATACTCTGCTCATATTGCCCTTAGGCAAATTAGGATGCCTAGAGTT GAAGGAATTGGGAATGTGACTATTAAGGAACACCCCTTGATTAATAACTTTGTGATTGAG GAGATTCGAAAGTATATTACCCCGAAGGAGAATAGACATAAGAAGGTTAATATTTTTGGA ACACAGATGATTTATAACACGATAGGGCATGCTTGTGTGTCGATGAAGAAGGAATTGGAG GAATATATGGATTATGATATTGGATCTTATTGTAAAGATGATTGGAACATTGCTCAGAAG CTTATGATTAATGGTTGTGATCCTTTGCCAAGGAGAAGGTGTTTGACAAGGGCCTCTAAG CTCTATCAGAAGCCTTATCCGATTAACGAGTCCTTATGGAGGATCCCAGATGGGAGAAAT GTTAGGTGGAGCAATTACCTTTGCAGGAACTACGAGTGTTTATCGAGTAAGAATCCTAAA AGAGGTTACACTAAGTGCGCCGGATGTTTTGAAATGGATAAAGAAGAGATAAAATGGGTA ACAAATTCTTCACTTCCTGTGGATTTCTTGATCAAAGATGTATTGGCAGTTAAGCCAGGG GAGATCAGAATCGGTCTGGATTTTGGCATTGGAACGGGGACTTTTGCTGCAAGAATGAGA GGGGAAAATGTGACAATCATTTCGACTGCACTGAATCTTGGAGCTCCATTCAGCGAGACA ATAGCACTTAGGGGTTTGATTCCACTATATGTGACACTGAATCAAAGGCTTCCATTCTTC GATAACACTATGGATTTGATCCACACTGCTGGATTTATGGATGGTTGGATCGATTTACAG CTGTTGGACTTTATCCTATTTGACTGGGATCGTGTTTTGAGGCCAGGAGGCTTGTTGTGG ATTGATCGATTCTTTTGTAATAGGACTGATCTGGATGACTTTATGTACATGTTTCTGCAG TTCAGGTACAAAAAGCATAAGTGGTCTATTGCTCCCAAGGCCAAGGATGAAGTTTATCTT TCTGCATTATTAGAAAAGCCTGCCCGATCTTTATGATCATACGAAGCATTATACCTCATG TCTTTGTGTTAAATTGACATGGTACTCATAGGATTTATCTGCAACATTTGTTCTAGTGTC TGCAATTGTAAGAAACTTGTGTTCTCTTAGTTACACTTCACATGGTATTCATAGGATTTA TCTTGTGTCTGCAAAACTGTAAGAAACTTGTGGTTGGTTCTCTTTGTTATCTAAAGATTC AGCCTCTGTTGTCGAAAAATGCATATTTCTTTGTACATTAACCATTTGATGTTATTATAT CATATAATTCAACGAGACAAACAAATGATATTTCTGCTTATTTGATTACGCGTTCTCATA ATGATATGTATATGAATATGTGATGGCTGATAGTAATCATAGTTGGGAAAATTACAGAAA CCTAAAAAAAGTAAGCTTGGCCTTTAGTTCTTTTCTCTTACACCACAGCTACATTGCTTT AACACCATGGCTTACAATTGCATTTTGCAGTTGAAAACTCTTATTTACCCACAACAGTTT GACCTTTCTGGGCTCACTTTGTACATGGTGTCTAAAGACTGGGTACTAATCCAAGACTCG GTTTCTATGCGTAATTTAAAAGAATGACCTTAGAGGTGGGTGTCCTCGCTTGCATCTATG GGCAAAACTTTAAGCTTAACAACTTTTGACGTATAAGGTTTGCCCGTGAGACAAATGAGA CTCAAGGTCAAGACCACCAATTATGGTTATTGGGAGTAATTTCCTGTTTCTATCGGGAAA TGGACCAGCTAATGTATAAGGCAACCGCACATTAGCATGACCCCAAGAAGGGCCCGCACC CCAAGTAATGTGATATAAATATAAAGATAATATCAAATCAAAGTTGAAGTAAATTTTAGG TGTTGCTTAAAGTACATGTTTAAAATAATACATTATAGATAAACATGACCCTTAACTTGA CTTCATTATACAACTATGTCCTTCAACTTTGAGTATGCAAAAATAGAAACTTTAATTTGT ATAAAATCAAATAAGTAGACACACGTGTCCTACATGGCATGAAACATGTAGAACGCTAAG TACGACATAAAATTTCCATGTAGGATGTCATGTAGCAAAAATGTGTCTATTTGTTCAATT TTATACAAGTTCAAAATGTTTACTTGTACATATTAAAAATTAAAAGTCATTATTGTCAGC TAACGCCAAGTTACGCAATAAAAGTAAAGAGATAAGGAGTCATGCCAAATGCTAATCCCA TTATCTATTGTTGAAATAAAATTCAATAATTTCAATGTTTTTTTATTGTTATAATACAGA GGAGATGGACATAAACTGTAGTAGTCAAAAGTCAAATAATAAATCCTTAAAATTAAAGCA TGAAAAATATTTTAAGGGACTCAGACAGCAACATCCAAATTAAAGATGCTTGTTATTGGA CTCTTATACACTGACATTTCAATTGCTTTAATTAGTTTTCTTTTTTTTTTGAAATAGAAA TCATTATAATGACCAATCATAACAAAATTCAAATTGCCTATGACAATACCAATAACCACT TATCTTTTTTCTTTATTCTTTTTTTTTTAAAAAAAATAAAGAAGTTAATATAGTCATCTT GTGCATGATTGCATATATTTTTTACCCCTTTTCTAAATTTTAGTAGTTGTTATAATACTG TTATTTAGCTCATATTGACCCCATTTTAAGTAATTAAAAAATAATTTAACACTGACCGTC TGTTCATATTAATGCTCTTAGTATCAATTTACCCCCCAGACCTCATTATTAAGGCTCTTA CTAGTGAATTTTTTGACCAATTCCAAGTTAAGTTGTTCATCTTGTACTAATAATTCCATG GAAATTAATGGCAACACACTTCAACAACATTGATCCTATAAATTATTATATATAGTTTAA TAAAAGTATTAAATCAACTTTTCAAGAAGGCGTCAAACCTTGCTTTAGTTTTGTATTTTT CTATATTGAAGTTATGTAAGAGTGATGTGTCTCTTGTTTTAATTAATTAAAGTTAGGTAA GTTTGAAAGCATATATGAAAGTAACGTTGTTTAATTAAAGAAAGTGAATTATTGTCCCAT ATTACAGTAAATTTTTCACATAGATATTTCAATATACAAAATGATAGGATGGTTTATTCA TGGTAATTGTGTGTGTATATATATATACCGAAAGTCCGAAACATGAGAAATCGTATCTTC GATTTTAGTAGATTGAATGAACTGAATTCTTATTTAATATGACAAATTTAAAATTATAAT TTAAATATTAATATTTTAATATTCACATGTTCTTGTTATAAAAGTGGCTCGTATATGACT ATATCGTTATAAAATTGACACATACATGTCCCATAGTTACAAAAAGTGGCTCACATATAC TCTACCGTTACAAAAGTGTTAAAATTAATTTTTTGACTTCTTTGATTATTATTACTTGAG TTTCTTAATTACTCTTGTTTCAATTTTTCTTTCATTCTTTTAGTGTAAAATAAGAGAAAT AAAAAGAAAGAAATGTGAATGAGAAAAGAGTGAAAAAAAATTAAAACTATTTTTTTATTA TTGTAATTAATTTAGTATTTATATTTGTAATTTTTTTAGGATATTTATGATAAAGATTAT AAGAAAATAAGTGAAAAGCATAAATTTAATCATAAAAATAATATATTCAAATTAGCAGTA AAAAGGTAAAAAATATATGAGAAGGATAAAATTTATCCCTACATGGATTTTTTAAATAAA AAATATTTTTTCACTTCCGTTAGATAAAAGGGTATATGTGAATTATTTGTACAGCAATAG GGGTATATATGAGCCATTTTCAGAACTAGATGTGTATCATCTCTAAATGATAAAGTTGAA GAGTATATAAACCCTTTTCCCTACTTAAATTATCGGAAAAATGACCTAAATACATAATTT AACTTACCATGTAATTTAAAGTACCTAACATTCGAAAAAATTTCAAAAATCCATACCCTC TTCAATTTTCAGATGCATCACTTTAAGCGGTATATTAATCAATTGCACGATGTATCATAT ATGAAATGATACATTTAAAATTAATACGCGATGCATTTCAATCCCACAAAATCTCAAACT TTTTGTAATTTTAAAAAAAATAAAAAAATAAGAGGTGATTGTTTTTAACACGAAAAATTG TGTAGAATTTCCTAAAAATTAAAAGGATAACTTTCACATATAGCAAATAAAAAATTCATA TTTGTATGCTATAGCAAAGGTTGCATAATTGCGCTTCATAGCAAATATAGAAATTGCATA ATTCGCTATACATATACAGTTGAAGCAAATTGTATAAAACGAAGTGTGTAAAACAAGAAA GAGAAAGACACTTAGGCAGAGAACTGTATAAAAACGAAGTGTATAAAACAAGAAAGAGAA AGACACTTGGGCAGAGAACTGTATAAAAACGAAGTGTATAAAACGAATTGTATTATCATA AGTGTATAGAACGATTATATACAATTTGAATTTGTATAAAATGAGAAAGAGAGAAAGACA AAAAAAGACTTGACATTGAATATATAATTGAATCGAATTGTATATAACGAGAAAGAGAGA ATTAGATACAATTTGAAAATTGTATAAAACGAGAAAGAGAGAAATTAGATACAATTTGAA AATTATATAAAACGAGAAAGCGAGAAAGACAAAAGAAACTGGGCATGAGAGTATTTTTAT TGTATAAATAAGTTTATAGAACAAAAATATATGTACTTGCATGTGGATATACAATTTTCT TACGTTTTATACAAATAGAAACGCAATTTATACATTTCGCTTCTGTTTGTATAAGTGAGA AAGGCGAGGATGGTGAGCGAGATTTGGGAGAGTTGCGAGCGAGATCTGAAAGAAGGGAGA GAGGGGAACAAACATATATGTATTTATACAATTTTCTCTGCTTTATACAATTAGAAACAA TTTCTATACACTTGTGTTTGTTTAAAAAGTGAGGAAGCGAGCGAGATATTGGAGGAGAGT GGCGAGCGAGATATTTGGGAGAGAGGCGTCTGACAATTTTTTTATAAATGTTTGCTATGG AGCACAATTAAATTAAACCCTAGCTACTCTATTTATTTTAGGTTATTAGTTGCTATTATA TACAATTTTCTAAAAATTAAAACGGACGAAACACATATGGGCCAGGATTCCGGGCCAGGG TTTGAGTCAACTCTCAACCGTGACGAGCGAGGATCTTTTGGTCATTTTATACGAGCCTTT GCAGGCCTTATCGTGGTTCGTCAACAACTACAGGGACAAATCAGGAAATAAATACATTGC TTTCGTTTAGACCACAACCAGAAAAGGACAAACCGGCAAATATAGAAAAAAGGCCAGCCC GCCAAGCAATATCCGAAAAGTTGTTAGGTTTAATTAAAACACCCCTCGAACTTATCTTTT CTAAAATTCATGGTCCCATATTTTTCGAATATGACAAGAAACAGCATATGTTTTCTTTTC CTCGTATAGTTTGAGGACATGGAGTAACTTTGTATTGAATACTTGAATTCAAACCCTATT TTTAGTCATCTCTATCTTTCATTCATAATAAAATACGCTTTTTCTTAGACATATTGGTGT AAAATGTATTGACTGAATTGAATTTGAACGAATTAAAATTAATTGAGTTTATAAATCGAT TGGCCATTTAATCTTTATCTAGTTTTATTTTTTTGTTTGTTATTTTATTATATTTTATTT AGTCACCCAATTTAATTTATATCTCGCTTAAATAAGTTCAACTATTAGATGGATTGAATT GAACATATATTTTTTTATGAAAATCGAGACCCTTCGTGACGTGGTCTTAGACTGATTAAA TCTTGATGGACCAGGAACTAACATAAATAAACGAATGATTAATCTGCACGAATTAAACTT ACCACGGGGGGGGGGGGGTTGGTTAATCTATGGTAAGAGCTTTTTCTAATTTTTATATCT AACTAATACCATTAGATAAAGAAGCAGTTCATATCCAAAGTTATACTATCATTCCCAAGG GAGTAGCTTCCATATATAAAACTCCATATTTTTTTTTATCTAAATTCAAAGATTCTAACT ACTCGCCTTTGTTTTTACAAGTCACAATCAAATTATGAATAGATTAGATATGAAAAACGC AAAAAATAAAATAAAAATACTACTATTTACTAATAAAATAAATTTAGACAGAAAACAAAA TGGCAATTCCAAAATTATTACAAACCCTAAGGTTTAATTCACATGTATTCATATACACAA ATACACTATATTATTGCATAGTACCATTAAACCATACAACTAAGTTTACCAAATTATAAT TATTTTTTTGGGGCATTAACCACCCCCCACCCCCAAAAAATAAAAAATAAAATCTCTCCT CTCTGTCTTTAATTACCATAAATCTGGGAGAATTTTCTGGTTCTTGTCTTTCTCTTCTTC TAAACAGCAAATCCTTAGTTTTGTTAGTTTCTAAAACCTCAATATATATAAGAAATTAAA GGAGCCAAAATAATCTATATTTAGCCTTTTGCTTTCATTATTATTTACTCTTTCAATGTC AAACTCAAACCTCTCTTCTGGAAATAGTAGTGAAGAAGCAGATGAAACTCCTTATGTGTT GTCTAGTACAAGTGATGGATCTAGTGCTCATCAACAACATTCTCAAACTAATAATAAGAA AAGAAGGAAATTACCTGGAAATCCTGGTAAGTTTAATTCTTTGATTTTCACCTTATATTT GTGCTAGCTTGTAGTTTTAATTTAATATACTATACATTTTCCTATCCATACTAGTTTCAA GATTACGATGGTTCGATCTAATTACTCCTTTTGTCTCAATTTATATAACGTACTTTATCT TTTAATTTGGTATCTCTTATAAGGATTTTATCTCATTTTGTTCTTGTTTAAACTTTGTTC ATAGATAAATTAAATACATGTCACATAAATTGAAATGAATAGATAACAGTAGATTCTCTC ACATTAATCTGTGGTCACAAATTAGCTAATCATACAGTATCTTGGATCAGTACTTTACCT TACAAAGATACAGATAAGATTACAAACCTTCTTCATATATTCTATTGTTTGATTATACTA TTAATAATATAAAGATAAGTTACACAATTTCTCTCTACTTTATTTATCAAATTATACTGG ACATGTTATTATTGTTATAAATTATCTAGTCATACAGTACTTAGGATCATTCTCTAGTTT ATAAATATATGGCCGGCAGGAAAATTCAATTTTTGTTTGACGACAAATATCCATGCAGAA AAAGAAATTGGATTTTACCCATTTTGTTTTCTTTAATAACTTTTTTTAGTGGTATACTAA TTGTGTAAATAATTAATTAAAACGATATTGGAAAGTGATAAGTATGTGTAGGTAGTTGAA GGTTTGAATACTTCAATTATTGGTTCAATAATTGGAGTAAACTGTTGAATGCTGCGTAGA TATGTTGGCATATATTCAAATTACTTTTTTTTAGAAACTGTTTCATGAAAAGAACTTTAC ATATGTTTCATCTGCATGCATGGATATTAATAATATTAATTAAACATATCATGTCTGCAT TTTCTCTTCAATTCAATCTTTTATCTTATAAAGTTATCTCCTTATTGCTGATATAATCCA AAAATAAATAAAAATCATTCATACACGGAAGTCATCATTTTATTTTAAAATAAAATTAGT TTGATAAATAAGTGTGAGTTATTAAGGAATATAAATTCCTAATGTTACAATCATATATAT TCCAAATGTTACAACAATTAAAATTAAGGGATAATGCACAAGTATCCCTCAACCTATGTC CGAAATTCCATAGACACACTTATACTATACTAAGATCCTATTACCTCTGAATTTATTTTA TTAATAGTTTTCAATCCCTTTTTGACTTACGTGACACTATCTTGTGGGGTCAACGCTGAT TGACTTTTTTTTCAACCTAGTGTCACATAGACAAAAAAGGGTAGAAAATTACTTATAAAA TAAGTTCAGGGGTAATATGACCTTAGTATAGTATAAGTGTGTCTCTGAAATTTCATACAT AGGTTGAGGGATACTTGTGCATTTTCCCTAAAGTTAAAGTTATGTTGTTTGATTTGTTAG ATAGATGATTCGGACTGAATTTGAGCGAATTAAAATAAAATTAGTTATTAGATAAATAAG TGTGAGTTATTGATCAGCCCCAAAAACTACATGTGCAGATCCTAGTGCTGAAGTTATTGC GTTATCACCAAAAACACTAATGGCAACAAACAGGTTCATCTGTGAAGTATGCAATAAAGG CTTCCAAAGGGAACAAAATCTTCAACTACACAGGAGAGGACATAATTTACCATGGAAACT AAAGCAAAAAACAAGCAATGAGATTAAAAAACGCGTTTATATTTGCCCAGAAAGTTCGTG CATTCATCATAATCCTTCTCGTGCTCTTGGAGATCTTACGGGGATTAAGAAACATTTTTC TCGTAAACATGGTGAAAAGAAATGGAAATGTGAAAAGTGCTCTAAAAAATATGCAGTGCA ATCTGACTGGAAAGCTCATTCGAAAACCTGTGGCACAAAAGAGTATAAATGTGACTGTGG TACAATCTTCTCCAGGTTAATATACTTACGTAATCATCTTATCTAAAAATTTAAATTGTT AACGTATTAATTGATTTTACTTGATTATTTGTTTCTTCAACTTGCCGGAAGTGGTCTATT CTCCTTTATAAGACAAAAAGAACACCTTAATTTTATGAATTTGGACAATTTTTACCCTTT GTGTTAGTTTTGATGTAGAGTTGGACCAGAAATTCATATTTTTTTACATGGTATCATAGG TACAACTTAGACTCATTCCCAATTTTTGTTCATTTAATTGTTCACGCACTAGTTAATAAT GTTTGAGTGTGTGAGGAAATGATAAGAGTTCCGAATATGTAATGGATATGAACTATTTTT TGAGATTAAATTAGGTCTATAATCATTTCTTTATAAATTTAAATTCATGTATAATGTTGA ATTATCTGACTATTGAAGAGTGTAGACAATGATGTTCAATTATGTGACTACTAAAAAAGT ATACATATCTAGAAATTAAAAAATGTACCACCTTATATAAATATTATGGATGTCAAACAT TAATTTTAAGTGTCATCGACACTGAAGTACTTCTTTTGCAAAGGAAGACTTTGATAAATA GGCGGAACCAGGATTAAAAGTTTGGTGTTTTAAAAAAAGAGAGGGGGTTCGAATCCACAA TTCTAGCTTGAAAATAATTTATTCCTTAGCATTGATCCATCAATTAATTTTATTAGGGAT TCCCAAGTTAATATATGAAAAAGCTTCGAATTCGTTTGAACCCATGAACCCTATCAAGCT CCATCTCTGATTTGATGATATTGTACTTTTAACATTAGTACTATTTTTTTTGGTCAAACA GTTGACTTCTTAAATATTAAACCGATATCGTAGAATAATTTTAATCTCATTAAGACCGTC CTTGGTTAATTTTTAATTTCTCATTTGATAACTACATGTAATTGACTATTTTATTATGCA GGAGGGATAGCTTTGTGACTCATAGAGCCTTTTGTGATGCTCTAGCTGAAGAAAACAACA AAGTAAACCAAGTTTTAGCTTCAACCACACAACCTTTAGCCACTGGCCCTGAACTTATTT CAACTACTCAAATGTTGAACTTGCCACAAATCAGAAATTCAAACATGAAAATTCCTTCAA TACCCTTAAACATGGCAGGAAGCATGTTTTCCTCTTCTTCTGGATTTAATCAGCTAGGAA CAAATTCGTCGAATATGTCATCAGCAACAGCGTTGTTACAACAGGCAGCTCAAATGGGTG CAACAGTGAACAATAACATGAACTCTACTCTGTTTAATGGAGTTCAAATTCCAATTCAAA GTAATCATGATCATGATCAAAATGAAACACAAATAGGGAGCATATTGCAGGGATTTGGTG GATCTATGTTACAAAATAACGGCGATGATCATCACAAGTCTTCAAGAGTATTGCAGAATG AGCAAGGGTGGTTTAATAATAATAATAATAACAGTAATACTGGTTTGTTTAATGAAAAGC AGAGGACATTGAATAAAGAAGCTGGCCATAGTAATGAGGAGAGCTTGACTCTTGATTTTC TTGGGATAGGAGGAATGAGACACAGGAATTTACATGAAATGCATCAGCACCAACAAGAAA TGAGTTTCGAACAGCAACAAGTTAATCACCAAAGTATTCAACGAGTGAACTCCATATGGG ATGATTGAAAGAATATCTGAATTCTGAAAACAGGGGCGGAATTACAATTCGAAGTTTATA GGCTCGGCATTTTATTTCTTTTTTCATTACTGAACTCGGAAGTAATAATTTGTATATATT CAATGAATTTCTTGATGAAAATACTGGTTTAGATGAATCTGTAGTGTATATACACTTTGA AAGAAATTAGCAGCATATGATAGACCCTAATTGTGTACTATCTTGTTTGCGACATTTAAA TCTCACAAGAGTTCGATATGAATAAGATATACACGTGGGATTTGAAAATGAACTTACGTT TTCTATCACCTTTTATATAAAATTAGATTTTCAAGGAATTCAAAAGATAAAGAAGTAAAC CTATGAACTAACCAAAAAAAGTTCAACAATTACATTACATACATAAAAAAAAGATTACTA TGTATAAATAATATAATTTTTTAACAAAAGAGTCGAATGACTCCTCTGCCCCCAATTTGG CTCCGCCCTTGGCGATGAATTATGAACTTTTATGGCATAATATTTTGAAACTAATTTTTG TTCTATGATTATAAGTTAAATAGGATCTAAATATAGTTTGTGTTTTTTTTTAAAAAGAAA ATATCGCTTGTGGGTTATAATGAACTTATGTTGCTAACACCATAAGTTCAATAGAAATTA TGAAGCATGATTTATATTATACTATGCTATGAAAATATAAACTTTTGCCTGCCAATTCTT TTGATGGAAAAAAATATATTAAAACTGCTAATTTGAGTTGGAAAAAACAAATCACCTCAA AATAAAAGAATCCATGCAAATGACTCATTGACAAAGCCACCACAATCCACAAGTACACAA AGGGTTCGAAAGGCTAACAATGAATTTTTGGGCCGCCTGATGAATAACTTTGAAGCCCAA AAGAAAAATTCCATGTGTGGGTGTTTGACCAAATTGCCTTAGCTAATGTAGACATATTAT GCATCCCTCCGTACTCCCTCCGTTTAAAAAAAATGTCCCTATTTTCCTCTTTAGTTTGTT TAAAAAAGATAAACAAAAATAATCCCTTTTCTTTTTTGGCAACACTTCAACATTAACTTT CCAAGTGGCATGCTTAAAATCACAAAATTAAAGAGCATTTTGGTACATTTGACATAACTT TAATTTAGAACCACAAGATTAAAAAGTCTTATTTCTTTTCTTAAACTTCGTTCCAAGTCA AACTAGATCATCATTTTTGAAATAGAGGGAGTAGTACTCTTTTGGACAGACAACTATTTA GGTTTAGTAGTTATTAAAAATAATTACTATTTTCGTCTATTTTTATTTGTCATATTATAT ATTTAAAGAGTTTAATTAGATTATAATAATTTGATATTTAAATAAAAAAATTAGATATTT AAAATCTATACGAAAAGTACTACTCCATCTGTCTTATTTTATGTGAGTTAGTTTGACTTG ACGTGAAGTTTAAGAAAAAAAATACGTAAGATTTTTTTAAAACTATAGTCTACAACGAAT GATAAGATGTGGTTGTAAATCATAAACATTTTATAGTTACATTGTTACTTAATATATAAA ATGTGTCATTCTTGTGGGACACACTAAAAATGAAAGTAAGCCACATAATTTGCGTATCAA TATGATGAAAAAATACATAAAATGTTAGTCAAAACTTTTATAATTTAACTCTAAAAATAA ATAATGACAATTAAAAATTGTAATTTTTTTAAAAAACATGTTTATGAACATATTACAAAA CAATATAAATGATATAAACGTATTCTTTCTTTTGGTTCGATTGTGTTTAATGTTTTTCGT TTCATATGAAACTAAATCAAATATTATGATAAATTTCTTATTTTTTATATTAAATTAAAC AATAGTAAATAAAAAAAGAATTTATCTGATAAGTTTAATTGATTTTTCGGTCAGGTGCAG GTCTACTATGAACCGTGTCACAACCATCAGGGCAGCGTACAACTCACGAATGAAAAGGTA CTACACTAAAGCGCTGTCGATAAAAGACTGTCCCATATCCAATTTAAGTCACCCCTTTAA TCTTCAAATATATAAACAGTAAATCAAAAAACTCCAAATCTTCACTTTCTTTGTAGAATT CATTGATCAAGATCTGAAATTGTGATCTGAAGAAAACGCACAAAAGTTTCAGAGTGAGTG AGAGAAGTGAAATGGCGATGGCGAGGGTAAGCTCTGGCCTCGCGTATCCGGAGCGATTCT ATGCAGCGGCATCTTATGCTGGGTTTGATGGATCTTCCGACTCCTCTACAAAAGGTGTCA GCTCCAAATTCTCAAACGACGCTGCTCTTCTACTATATGCCCTCTATCAGCAGGTTCTCA ACATTTTCTGTCGGTTTCATTTACTTCTGATGTTCTACGCATTCATGATTTCATTTATCT ACTTTGAGTTCTTCAAATGGCTTGATCTAATGCTTCATTATGTGAACTGTACTTGTAATC TTCATTTGTATTGTTATGAACGTCTGATTTGTTGATAATTCAATTGGAAAGCGTGTTTGG AATATTGTTTTGGTTGAAATTCATGTAGATCTAGATGGTTCATGTTAAAATCACACCATA CATAGGCATTGCATGTATGCATGTTAATATAAAGAAGACTATATAGGAGTTAGGATTGCC GAAACCGTGAAAATTGGAAGATTGAGTTGAATGCTTGTGTTGTTTATAATAATTTAGTGG AATGCAAAACTCTAGCATGTTTTGTAAGATGTAATTTTTGCTTGACGGTCTAATTGCAGG CAACTGTCGGACCTTGTAAGATTCCTAAGCCTAGAAGTTGGAGTCCAGTAGAACAAAGTA AATGGACAAGGTTTGTTTTTCTTTCTTTTTTCCTTTGCGATTTGCATATCTAAGCCTGAT AATGTTATTCTAGGATAAGAATACATGCTTGTTTTTCTTTGTCTCTTTGTAAAACCTGTA GTTTGATTCTACAATTCAACTTGAGAAGATGGTTCTTTGGTGTCCTTGTCAGTGAAGAAA CAAAATCTGATTAGACAGTGTATTCTCTGCAATCTGTCTGCTAATGAATAAATTGTTACT ATTTGTATATTTTAAAGGATCGGTGCAAAGACTTAGATAATACTATATTACAGAGAGTGA GTGAGAGAGAGAGATGTCTTAATTCAATATATATAGTTACGAGTGCAAAAGAGGGGATAT GTGTTTCTTCTATATGTGGACCCTATTGCTGAAGTACTTATGAGTTGCATTGGTTACCGT CAGTCATGGCTGATTAACACGTCCAGATGACTACTTATGAGTTGCATTGGTTACCGTCAG TCATGGCTGATTAACATGTTCAGATGACTGATGTTCAGTGCTAATGGGGCTTGACGATTT GAATGATCTAATTACTGACCGAACCATTGTTGGTAAACTGATGAGATAAATGGAAACTGA CCACTAATATGAGAATGAAACGATTGATGGTACTGATTTTGTGAAATTCGTGAAATAATG ACAAGGACCATGTAGCTTTTAAGCAAAAAGAGAATAGTGAAGCCCATGCTTCCTCGAGGT GAGCCACACAATTCACCAGATTTACAAAAATTATGACATGAATTTTCTCGAATGCTACTA AAAGCACTAATTAGAACATCACAAACGTACTGATGACCATATTAATATAGGCATAAGAAG TAACTTCAGCTTACCAAGTACATGACTAAAGATATGAGGATATGGAATTCAAGGGTTAAG ATAAAAAGTTAGTTTGTAGTCGAGCGTCGTCTAGTTTTCCTTTTTCAGTATTGTTATTAT TACTCTCCACTGATATATTTTTTATCACTTGCTGTTTCCTTTGATTCGGTTACCTTATTA TGTATTGTAGTCACCGTTCCCTTCTCCTTTATTTTTAGCATAACTTCCTTACTGCTGTAT TTCCTTTCCATACTTGTTTCTGATATGCTTTACTTGGGCTGAGGGTCTATCGAAAACAAC CTCTCTACCTTCACTAGGTAGGGGAAAGGCTGCATACCCAACACCCCCACCTCCTCACAT AACCCATTTGTGGGATTACACTGAGTTTTTTGTTGTTAAAATCAAAATCAATTTTTGACT TTCAATTAATTAACCAAGGAAAACAAGAAAAAGAAGTAGACGACGGAACAAGAAAAAGGA AAAAAAGAACTTCGTCCAAAAAGAAAAGAGGAAGAAAAGAAATAGAAGTTGTAGAAAACA CTTGGCGATTTCTTTCCATTGGTTTGGTGGACAAAGTTACTTGGTACCTGTGCTGGTGGT AGATAGCAGGTATGCTATGGAATTGATCGAGGTACCTGCAAGCAAACCTGGGACAACAAT TATTAAAAAAATGAAGATGTAACAAACTAAAGAAGAAGAAAAATACATGAAAACAAAGAG AAGGTTTAAACATTGCGGGGTCGTTTGGTAGAGTGTATTAATATAATGCAAAATAAAGTG TATAAGTAATGCTTGCATTAGCAATGTATGGATTAGTTATGCTTGCATTAATTATACATA GACATGCATTGTTTGGTTTGATGCATTAAAAATAGAATGCATTGCATTAAAAAAACTATT TACAAAGATACCCTTTACTAATATGGTGGAAAAGATATAAAGAAGGTATTGAGGGGCAAT GCATTAAAAGCATTGCAGTGCTAATACCGCGTTCGCCATAGCGCCTTTGGCGAATGGCGA GGCGAGGCTGTGTCGCCATTATCCACTGAGGCGAGGCGACCCAATGTCGACGTAAATGGC GTCGCCATTTTGATTTTTTTTTTTTAAAAAGTTTTAACTTAATAATATTAGTTTTTTTTT CTATTTTCAAACTTTATCAGACTTTCGTGCATTCCTCTTCTTCTCTTCCTCGAGTCGCTG TTGCTTCTTCTCTTCCTTAGTCGCTGCTCTCTTCTTCTCTTCCTCAGTCGCTGCTCTCTT CTTCGTCTCTTTCCCTCGAGTTGCTGCTCCATTCGTCTCTTTCTCTTTCACTCTTCACTG CTCCCTGCCTTCACTACTCTTTTTTTCCTCTGTTTTCTTCACTCTCTGTTTTGTCCTGGA TTACTGTAAAATGCTTTCTGCTTTCACTGTGTTGTGATTGTTGTCCATTATTTTTTTGAA AAAAAATTAGTTCTTCTACAATAATTATTATAGAATTTGTAATATATGTAATTGCTATTG AAATTTTGAATATTATATGTACAATTAAATGTTTTTAATTTTTGACATTAATTGGCGCCT CGATTCAAAAAAGCGAGCGCCTCGCCGCGTGGCAAGGCAGGCCCTTGTCCCCTTTTGTCG CCTCTCGCCGTCCAAAACACTGTCCATGGTATTAGCAATACACACCTTAATGCACATTAG AGTGTATAACAATAATGGTACTAGTAATACACAAAGCTAATGCATGCATTATTTTTTTTA ATACACTCTATCAAACGACCCCTACCTCTACTCAAATAGCCTTTTTATTTCCTCCTCCTT CATCTTTTAAGGCGATTGCGTTGAATGTTACTTATTTCTTCTGTTGGCTTAGCTAGTTAG CTAGAAGTTGAGTATAATCTATGTGCCACCTTTGATTGATTGATCTCTCATTCCTTCTCT TCTTTAATTTGATCTTCTGTTTTACATATGATCTTAGAGGTCAGTGCAGATCAGTTCTTT CCTACCTTACTATACTAAGTATTCTCATATCAGTGATGTGACTTTAGCTGTGTACTTTAA GTTTCTTTTTTTATTTGTGAAGCTGGAATGGGCTTGGAAACATGGTTTCCACAGAGGCAA TGCGTCTTTTTGTGAAAATATTGGAGGTTTGTGTAGATCTAACTCTTCCCAACTCTCAAT AACTTAGGAGTATGAATTAAATACGTTAACATGTTTTGGTAGGAGGAAGATCCAGGATGG TATTCGAGGGCTTCAAACTTTGTTTCAGAGCCTGCAGTACAGGGTGAAAAGAATGTGAGT GTATGTTAGTTTAACGATTCTCTTCTTAAGCCACTTTTTTCTAGATGTTTCGTGCATCTG GACCTTTTTTAATTTGATGTCCCCAACTTCTTCTTTCGTGCAGAATGAGACGATAACAGA GCCAGTTACTGAAAATGGAAATGTTCTTCCTGAGATAAAAACTATTCCTGCTGAAAAGGG AAGCTTGTCAGAACCTCAGGATAAAGATGTTGTATCAGAAGGCTCTGGTGCAGTTGGTGT GTATGACCAATGGGTTTCACCTCCTATATCTGGTCCACGGCCAAAACCTCGATACGAGGT AGTATTTGTTTTGCACTCTTTGATTTTTAATTTAATTTTAATTCTCTTAAATGCCCTTCT TCAATTTTTTCATCTCCTTTCACAGCATGGGGCAGCCGTTATTGATGATAAGATGTATAT ATTTGGAGGGAACCACAACGGACGCTACCTTAGTGATCTACAGGTGGGTGAACTGTCTGC CCAAGGTGGTCTTTGATATCTCTAGGAGATCAGTGATGATTTCTTGATCATCAGTTATGA AGTTTTTCTCATGAATCAGCAGATTTTCTATATTCTGGCTAATACCTTTTGGTGGTTGTG CTTGTAAGCTTGTTGTTAGTCTTTAAACTGTAGATGTTTGCATTTTTATATCTTATTCTA TTCTGTGATTCCATCTTTCCTGATAAAAACTAGCTTTTCTTCTTTGGTAGCTGGGTACTT GAATTCTCTAATAAGGTTTGAGGGTCATTGCAGGCTTTGGATTTGAGAAGTTGGACATGG TCGAAAATAGAGGTTAAATCATCTGGTGAGGCTTCTCAAGCGCCCGTAGCTCCCTTTGCT GGTCACTCCCTGGTTAGTACATATATTGGTTTAATATAATGGTGGTCACACTCATTATGC TCTGTATTTGCGCAAGGATTCAGCTCATTTAAGTTTGAAATTTCTCTTAGCTCATCAAGT TGCATTCTCTCTCTCTCTCTCTTTGCTTTTCCTTTTTTATTTGGGGTTTTCTTTTTGTGT TTCATAGATACCATGGGGAGGAAATAAGCTCATTTCAATTGGTGGACATACAAAAGATCC TTCTGAAACTATGCAAGGTTCGTTCATTTTGTTTAAGATTGGTTTCATTTGCTTTGACAT TGTATATGAGCAGTGTATGCCATGATGTTTAGTGGCAAGTTATATACTAACAGCCTAAAA ATTGATCTGAAGTCTGATCCTACCGGGAAGACATGCTAATTGGTCAGTTGGTTATATTCA CTGTGATTGTGTGCATTCTCTTTTCTTGGTGTACGATAGCAAACTTACTGCAGAAATGAA GCAATTTTTTTGTGCTTATACTTTTCTAATTTAGGTCGCTTGTTTGAGTTTCTCATTTAC CCCACAAATTGTTTCCGTGAATTCTTTGCTGGACCTCTGAGAGAAAATTGCTCCTCCCTC TCTCCATCCTTTTTTTTTTTTGGAATGATGCGCTTGTAAATCAGTTCTGTGATGCAAGAT GTACCCCCCTAAGCCCTTCCTTTATGTTTAACTTGTAGGAAGTGGAAAATGTCTTATGTA ATTTTATATCGGAGATTGTCTCTGTGACTCTGTAAAAGTTGCATATACTTAGATGGTATT GAAGCACAGCAGCTAACTTTTTTTTGATAAAGGTAACATGATTTCATTTATCACATACCA CAGAGGTACTTAAAATACTAAAAAACACAGCAAAGCTGCTACATTCTCAGTGCCTCAACA AACTCCAAGTACTGAGAAATGTTATCTACCATGCCTCTAATATACCAAAAGAATAAATTC TGAAGACATCTATTTCTTACAAAAGACATGACTTTTTTGATTCTCAAAACATCTCTTATT CCTTTCTAACTAGATTGTCGAAAAGATGCAAACAGGGACAGTATGCCAGATTATCTTTAA GTTTTTACTGACTTTCCAATTCTAACATACCAACAAGCCTCTCATATTTTATGGCATCAC CCGTTTACGCCACTGGTTAGAAGTACTACAGCTAACTATTCTTCAACTAGTTGTCATCTG CTATATGAAGCCTCTGTATCTGTTCTGCTGATCTGTTAGAGCCCATTTCGTTCCAATACT CACTAATTGGGAGTTCTTTAAGACTAAATTTTCTGTAACCAGGTTCTAACGTTACTATAA CATCCACTAAGTTTTTTCCAACTAGTTGGTTTTGCCTATATGGATTATTTGCTTCATCAT TTTCTGCTGTTGATGCAGGGGTCCTTAGAAATTGTATGTCTTTTGAGACAACTTTTCTCC CTGGGAGTTTAGGTGTATGTCATTTCATGTTACCACTTCCTATGATTATAGTTTTGCAAC TATTGGCTGGTGCATTTGGAAGTCTACATCTCACATGACAGATTCTCTAAGACAGCTTCT CTTATTTTATCTTCTGTGTGTAGACTTTGCATCCTCAGTCATATGTGATTAATTTTAATT TTTTATGGCTTAATATCCATATTAGCATGCACATTTTACGAGAGCCCTGAAAAGGTGCAA TATTCATTTTACTGTAGCATTGCTTTCACAGTTGTCCTGTGGAACTTGCTTTCCACTTTG GTATCTTTCTATCACATAGCACTCCTAGCACTTCTCCATTTGTTCTATTTGGTAGCATGT TAGTTGACTTCAAATCATTCAATAGCTCAGGTACTTGCCTAGGGATTGCTTCATCTTGGT ATTTGTGTTGGTCTTGCTTTACGACTTTCTTCTTAACAAATCTTAATTGCTGGTGGTGAT TAGAGAAATATTGCTATCAACAGATAAACATCTATTTTTTAGAATCTTATTCACTTGAAT ATTTGTTGTGCTTAATTTATGCTCCATTCATTTGCCAGTTAAGGTATTTGATCTGCAAAC ACATACTTGGTCAAACTTGAAGACTTATGGAAAGCCGCCGGTATGTCTGTTATGCCATGA CTCTTTGCCCTTTGAGTTCTTTAAGTTTCATGACATCCTTGCTTCAGATTTTGATAACTA CATCTTTTAGATGTTTCCCATCTTAAGTGCTGTTTTCTTCATTACATTCAGTTATAAGAT TTGATTTCCTTCAGGATTTCCATTTTCATGGTTTCTTTTGTCATTTTCGCACTTTCCTGT GTTTGGTTCTATGGCGGAGCGTAAAGGGGGGAGGGGGTTAAGGAGAGAGAACTTAACTAG TCTACGTTCCAAATGAAGTATTGATATTTTGGTTAAAGTTGTTTGGTAGGTTGGAAGGTA AGTAAATGTTGATACACTTACTCTTGCTTTAGAAGGATGGGAAAATTGAAGACAACTTCT CCAATTTTACTTCATTTTATAAAACGCTAAATTGCTTGGACTCTTCACTTTTGGTGCCGC ACCAGTGCCGGTGTTGACGTGGGGGTGGGATTCATACCAGATCTGGTCAACCAATTTTGG TTACTTTGACAAAAACTGTCGGAGAAATTCAGGACAGATAAAAACAAAAGCTGATGTGAA ATTGAAATTGAAGAAAATGGAATACCTTGTATATATAAATTTCTATGTAGTCCTTTTCCT TTTATCTCTGTTTGGATTCTCCTCTTGATCAACATTTTCTCCTCATAATACCTTGTAAGT TTTCCATATAATGTCTCATAATTTCCCTTTTTCACCCCAACTAACGTAGCATGGGATTAA CATGTAATTGGTCATCTTTGGTCTTATTCATTTTAAGTGTGAATGAAAGAAGCTCACTAA TTATTTTGTACTTCTAGTTTGACTAAAAAATAAAATTCCCTTTTGCTTTTGCAGCTATCT CGTGGAGGTCATTCAGTTACCCTTACGGGAACAAGCTTAGTAATATTTGGAGGCCAAGAT GCAAATCGATCTCTTTTGAACGATCTTCACATTCTAGACTTGGAAACCATGACCTGGGAT GAAATGGACACATTGTAAGATTCTTTTAGGAAGTTAAAGCATCTTTGTTTTCCCCTTCGT ATTTTCTTGCTTGCCTGTTGAAGGACAAACAAGTTTGTCTCCATCTGTGTGTCTGTCGCA AGCTTATGCTTTTCACAAGACATAACCTTGTCAGGCTAGCTTGCTCCTAATGTTTGTGTG TGTAGGTACAATCCCAAGTCAAAAATGTTGTAATTAAAAGAGAAATAATCTATGTATAAT ATTCTCTATATCTTCTCTTGGAAAGCTTATCTCTACAAGCGCTTAGCAGCAATATACCTT TATCAACATGCAATAATCCTAGTGGTTTTACCATTTCATATTATGTTAACTCCTTATTCA TTCACCTAGCTCGTTTTTGGTAGGGGGGTGGCTCCTTCTCCAAGGTCCGACCATGCTGCC GCAGTACATGCTGAGCGATACCTTCTCATTTTTGGCGGGGGCTCTCATGCTACTTGCTTC AATGATCTGCATGTCCTTGATTTACAAACTGTGAGACAGTGCATTCAGTTTTTAGCTGTT GCAAAACTGCTCAAGTACGATTCTTTATATATAACGGGTGATTTCTATATATTCTACTTA TGTAGATGGAGTGGTCAACGCCTACTCAACAGGGTGAAATACCAAGTCCACGTGCTGGCC ATGCTGGTGTGACAGTTGGAGAGAATTGGTTTATTACTGGTGGAGGCAACAATAAGAGTG GTATGCATTTGTCCTCTTAACAATTTGCTCGGGATCACAACAATTCTAACTTCCAAGTTT TTATTCTTGAGAATAGTAAATGGCAAGCTCCTCTAAGTGCATGTTGTGAGATTTGCATGA ACAAAACCTCCTCAGTGTTGTTTATATTAGGATCTTGTACCTTTCCCTTTTTTTCCTTCC AGGTCTTATTTACCTTTTTTAGAACTTTAGAAGTCACTGCTTAAATACTGACATTATGCC TTGTAATGAAGAATCAAGACAGAATTTCTTTGTCATAACATTTGATGGCCTTAATCTTAT AAGAGATGATGATATAACCAGTCTTTTTTTTTTTGAGGAGTTGGGGGGCGCAAAATCATT CAATCAGATAAATTCCTTCTTTATGGGTCTGGGTGTAATTTCAGATCGTCTCATGAATCC CTTTTAGGAATTGTGCTATCTATATTGTTGCAATGTACTTCTGCTAGTGTGAAGTGGCCT GCGTTGTTGGAGAACTGCAATCAAGTGGTTCCAATCATTCCTGATTTCCATCTTAAAATA TGTTTCATCTATGCTCACGTTCACATCTTTTTTCGTTGTGTGATTCTTCCATTTTAAAAT TCTCTCCCGGGAGAAGGTAGAAATGGCTAACTGTGCAACCCTTTTTTCACAAAGGAAGCA AATTCTAGTTCCAAAACATATAAAATGTCTGTTGAACCTGATTCATGGTAGCATTGGGCT TTTTTAATGCTATGAAAGGTAGCAAATCAGATTCAAGTGGATTTTTTTGGTTATTCTTCT TGGTCTGTATAGGAAGTAGTTTGGTCTTTGTATGACAGGAACTTTAGTCAGTGAGGAAGT CATTTTAGTTTCTTGGTTCTGATTGTTGGTGAACTTGGAGAAACTATGCTTATCCAATAG GACATAATTGGTCATTACACGATGTAGGCAATTCCGTAAATCACTTTATTGTTGCTTCAA AATTGTTAATTTTTGTTAACTAGTACCAAACTTCATGTATTTATGTTATTTTCCCACTCT CTTGTACTTACTACAGGGGTGTCTGAAACTGTTGTCCTCAACATGTCTACACTGGGTTGG TCCACCGTAACAACTGTTCAAGGGCGTGTTCCTCTTGCTAGTGAGGTATTTAATGTTCTG ATTAGTGTTGGACTTTTAAATCACTAACTAGTTTATTCTTTTCTAATTAAGCATTTGGTG GATAGGTTACAAAGCCTACTTTTGTTCTATTATAGTGATGGTATACTAGAAGCTATCTTG ATTGGACTATCCTAGTTTGAGCTTCATGTCTGTAATATTGATATGGTGCATGTAGCTTTT CGTCGTACTTTTTTCTCTTCAATATTTGCCTTAGTTTCTGCTCTCGAGGTGTGGTCAATA CTCTGGTCTAATCTGCAATATGTATCAATGTGACTTGAGGTAGTGGAGTTGGACTTGCAG AAGATTATCCATCAGACTTCATGAGCAGTTGTATTGTCTGATCTCCTTCATCCCTGATAT TCTGTGGGTGCTGAAGATAAGTTTGACTAAAATCCAAATTGACCATAGTATCAAGATAGC TCACTCTCAAGTGTTACCAGCTTACACCTAAACGGTCAAATGACTTGGTTGAATAGTACA GTTCTGAAACTAGATTTCGTTGTTGGATACAAAATTAAACAACACTGAAAATTGTTAGAG CTTAAAACTCTTGATGAACTAGAGCAAAACTTGTTTGGTGTTCTTTATTGCTGTATGGAC ACTCATCACATGAGACGGAAATGTATACTTCAAACTTGAGATTGTATGGATTTATGATTA ATAAATAACGGCATGTTAGTTTTGAGCATTTGCGGAGTTTGATAGTTTGTTTCTGTATAT CTGAATGTTAAAATCTTATTAAATTGTGCATTATAATAATTCTCGTGTCAACAGGGCTTG AGTTTGGTGTTGTGTTCATACAATGGTGAAGATATCCTAGTTTCTTTTGGAGGATACAAT GGGCGGTATAGTAATGAGGTGAGGTTGCTAATAATTCTTCTTTTCTGGTACAGACGAACT TTTTTCTCACCTTTCCACTATCAGATCAGACCTTATATGGCAGCTTGTGGGTTGCTTGGT TTCTTTATCCCTGTTATGACTACTTAATTATCTTTGTTGTGGCTTTGCTTTATTCTTTAT AAGGTCAATGTACTGAAACCGAGCCACAGATCAACTTTGCAATCTATGGAGACTCCTGTA CCTGATAGTGTTTCAGCAATGCAAAATGCTACTAATGCCACGAGGGATTTGGAGTCAGAT ATTGCAACAGTCCAAGAAGGAAAAATCAGGGAAATTGTGGTGGACAACATTGAATCTGAA CCAATGGTATTATGATATATTAAATCTGTTATCTTGCATTAATTGTTAATGATATGGATG TGAGTTTGGTTGCTTGGCTTTAGAAAAAGAACTTCGGTTTAGTTTGTTTAACGTCTTTTA TACACACAGCTGGTATGTTGGTCTATAAAGCTGGAGTTTGAAGTCCAGATATGATTTGTA CTCTGATTAGAAAATAACTATGCATGCCTTAATCTAGTAGGTGAAAGGATGTGCTTTTCA AGCTATGAACTCCATTGAAGTGCTCAGCTCTGATTGATTGGATCCCTTCAAAGAGATATA ACCCATTGCACCTACTCTTATCTTATTAGAATGGCAAAGACTATGAATTAATTTTGGATA TGTAGCTTGGGTTTGGACAGGTACACAGACATGAGTCCAAGTCTAGCAAACTGATGAGTT TTATAAGTACACATGCATGTACTTAATGCTATTTATATGGGATCAAAATTTCTCCCTTCT CTTGTTGCAACTGATAATCCACTACATTGTCACGTTCTTTTTATATCAGTCACAATACTT GTTCTGTATGATCATACTCTTCTCTGCTATCATTTTGTTTGTTTTCCTCGTCTTTCCCTT GAGACTTGTTCCTATGTCTCATCTTGCAGGTGAACAAAGTTGAAGAAACTAGTGAACGAC TTTTAGCTGCCCTCAAAGCTGAGAAGGAAGACTTAGAGTCATCTCTCAGCAAAGAGAAGT TGCAAACGCTTCAGCTGAAGCAAGACTTGACTGATGCTGAGGCTCGCAATACAGATCTTT ATAAGGTAACTACTTCTTCATTTTGATAAGTCTGCTTTTCAGAGTGTTGGCAAATACTTA GGCTGTTTTATCTTCTTTCTAATTTGATGGAACTCGGGCTTACATATTTCATCTTGGTTT TCTTCTTTCTACTAGTATCTTTTGCACTTTTATAATGCTCAGTGAGTTATTAGGCTACTT GTAATTTATGGTTCCCTTCCGCAAAAAAGTGTATTTGTCTGGAACTCTGGAACTGTTCTT CCAAGGCACCTTTTCATATTTCATCTGTCTGTATTCCATTTTCCATTGTAGTTCCTGGTG TATCTAGATTAAGCAATTACTAATTTTCACTGTTACTGCTGAAGAATGATTGAGTCACTC CCCTTTTTTTTTTCCGGTTTCTTAGTCATAATAAAAACAATATCAATTAATGTGCAGAAC TAGTGTCAAAAAAGCATTTGGTGACGGGGAAAAATATCTGGCATTATGCATCCTTTTTGT GATTTGTTGTTTCATGTGCAATGGTCTCTTTCTTCTTCCAGTGGATGTCCTTAATTTGCT TCCCGGCAATAGGGACACGACTGGGCATGATCCAACAGTAACATTCAGTTTCAATTATGA TTCTCTTAATTATGCAGGAGCTCCAATCTGTACGTGGTCAACTTGCTTCTGAACAATCCA GATGTTTCAAACTAGAGGTATGGAATTGTTAAATTTATTACAACATGTTAAAGAAAACTC CTGTTTACACTTCTTTTTAAAATCCTTTTGTGGTGGGTGGGTGGGGGTTTTCCTGACTCT TATATACTGGAGAATTCCAAAACTGAGAATATTATGAGGTATTGTAACTAAATGATGAAG CTTTACCATATATTCTTAGCATATTATGTCTCCCACTGTACACCCACACCTACTCATGAT ACATGCATATTGTATGGGAAGTAACCAAGTTTAAGCTATTTCAACAGGTTGATGTTGCGG AGCTAAGACAAAAGCTACAGACTCTGGAAAGCTTAAAGAAAGAACTTGAGCTACTCCAAC GACAAAAGGCTGCATCAGAGCAAGCCTTAAATGAGAAGCGAAGGCAGAGCTCTGGTGGAG TATGGGGATGGATTGCTGGAACTCCTCCTAATCAACAAGATGATGCTTGATGCAATAAGT TTGATAATAGAAAACCAGTTTTCATTGATAATTTTTTTTATTAAAAATATTTTTATTATG TTAATGGTTCTTTCACAGATAGAATAAGATATGGAGTCGAGAATTCTTTTAGGGTGGAGG TAAGTAATGTCTTTTGTATCAAGGCAGGCGGGACTTTTGTTGTATTATTATGAGTGGCTA CTAGTGCTACTTATTTTTTGGTCTGAGTATTCACCAGAACTATCCTCAGAGAGAGAATTA ATTGGTAACAAAGTATAGGAATGGGGTTTTCAGGTATTTATGGATTTTTGTAATGCATTT CGTCTTACTGTATTTGTCTCATGGAAAAGCTAAGAGTTATTCATAGAATGTAGTATGAAT TGTAATACTTTTTTAGCCTATGGTTGCATTCAGTTACTTCTTGTTTAAACTGTCATCCTT GGAATATCGACAGAGAAGTTTATGGGCAAGGGATAAAATTGCTAGCTTCAAAGAAACTGT TGGTTAGACTTCAGTTCAAGTTAAACAGCTTAACGCTTTTTAAGCATTGGAAACTAATCC TATAAATAACTAATTTCGTATTTAGATAAAATTGTTGAGATTGATAGTAATAGATAACAA AGAATAACACATATTTAAGTTCTGTCAAGTCACGTTATAGATCTTGCAAAATAAAATTAA AAAAAGGCAGAAGTTTTGGGTGGTACGTTCATGAATTTTCATTAGCTTTCACTTTTAACT TGTTACGGTATGATGTGGCACATTACTTGCTATGTCTATTTCTCAGGATGTTGTATTTGG ATGATGGAGAGGAGATAATTAATGTTAATAAGAAGTCATTTCTTTTTATTGTATGATGAA CTTGTATTCTTTATGAATACATTCTCAAAATATTCTGACAAAAATGAATTTATATATATT TCCCTACCAAACACACCCTCAATGCTTTTCTTTTTGTTAAACACCCTCTATGTTTCTAAA CTTGAGCATCAAACATTAAATCATTGATTTGCTAGATTTTTTACTCTAATAAAAGATGTG TTATCAAACATTAAATCATTGATTTGCTAGATTTTTTACTCTAAAATATGTGTTATTTAT AGTTTTCTCTATTTGAGAGACGCATACTTGGAATTATGATCATATATAAAAGTTTTACAA AGTAACTTATTTTGATATCATCTATTCGTGTTTATCTTTTAAAATATTTTATATACATTC ACTTCAAATATACATTGTATGAACTTCAACTCATCGAACATAAATATAAAATAATTGTTA TTTAAATAGATGATATATGATTGAATTTTCAGTCCAATATGATTGAAATTCAAAAAAAAA AGATTAGACTTAAACTCTAGCCTAACTTCAGACACAATCAATCTTAAATAAATTTATGTG TATAAAAAAATTAAAAAGTATATCCAAATAATTAGATAACTCGTCAAAATAGGGTACCTG TATACGTCGGCCTGTACATGTGGCTTTAATCTTAAGAATTCGGACTAATCATTTTTTTTT AAAGAAAATTGTATATAACAGCAAACTAATAACCTAAAATAAATAGAGTAGCTAGGGTTT GATTTAATTGTGCTCCATAGCAAACGTTTACAAAAAATTGTCAGGCGCCTCTCTCCCAAA TATCTCGCTCGCCACTCTCCTCCAATCTGTCGCTCGCTTCCTCACTTTTTATGCAAACAC AAGTGTATAAAATTTATTTCTAATTGTATAAAGCAGAGAAAATTATATAAATACATATGT TTTTGTTCCCCTCTCTCTCCTCTTTCAGATCTCGCTCGCCACTATCCCAAATCTCGCTCG CTACCCTCGCCTTTCTCACTTATATAAACAGAAGCGAAATGTATAAATTGCGTTTATGTT TGTATAAAACATGAGAAAATTGTATATACACATGCAAATACATATATTTTCGTCCTATAT ACTTATAATTGTACAATAAAAATACTCCCCTGCCCAATTTCTTTTGTCTTTCTCTCTTTC TCGTTTTATACAATTTTCAAAATTGTATCTAATTTCTCTCTTTCTCGTTTTATACGATTC GATTCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTATACA AATTCAAATTGTATATAATCGTTCTATACACTTATAATAATACAATCGTTTTATACACTT CGTTTTTATACAGTTCTCTGTCCAAGTGTCTTTCTCTTTCTTGTTTTATACAATTCATTT TATACAATTTGCTTCAACTGTATATGTATAACGAATTATATAATTTCTATGTTTGATATG AAGCGCAATTATGCAAACTTTGCTATAACATACAAATATAAATTTTTTATTTGTTATACG TGAAAATTGCCCTTTTTTTTCCGTTTAACCAAAAAATTATGCACACTTAAATCATTTGTA CGTGGCGTGAAAAAAGAGCCATAATAACACGTGGTGTCTTCCACTTAGGGCCTTAAACAG GTTTAAGCCCATGGGCCGGAACCAATAAGCTCCATTTCTCTCTCACGCATCTACAATTCT ACATTTGTCTTTTGTTCTCTCGCAGGGTTTGTACCGTAGTATCCAGAATTCTCACTATAT CCGTGAATTTGCTGCATTTTCCTGGGGAATTCATCGGTGTTCTTCGTCCTGAAGGTTCAT TTTGAAGTCGTATGGAAACGGAGTTTTAGCTCCAGGAGATGATTTCTGTGATGAGCAACA GATTCGAAGCAAATCGAAGTAACGATTCAGTAGAAGAGACGCAAGTTAGGGTTTCCAGTA GGAACCCCTCAGATGATTCTGAACAAGCGAGGGTTTCTATGGACGGAAAGGATTCTAGGG TTTCGAATTCCCAAACGGAGGATTCTAGGGTTTTGGAATCGGAAACTGAGGGAAATCAAA CTAGGGTTAACGAAATAAAAGACGAAGAAGGTGGTAGTTCGGTGAAGTCAGGTCGAATGA AGTTGGAGCAGAAAGGAAAGACAGCATTGGTTTCTAGTAAAACTGATGCGAGGAAGGGAA AATTGGAGCCTTATGTTTCTGAGTATGATTTAATGCTCTCTAAGTTTGATGAATTTGCAG GAAATGTGAAATGTTGGTCAGTTGGTTATGGGTTTGAAATGGGTGATATGGTGTGGGGAA AGGTGAAGTCACACCCTTGGTGGCCAGGTCACATTTTCAGCGAAGCGTTCGCTACTCCTT CTGTGCGAAGGAGTAAAAGGGAGGGTCACATTTTGGTTGCTTTTTATGGTGATAGCAGCT ATGGATGGTTTGATCCAGATGAGCTTGTACATTTTGAACCAACTTATGCGGAGAAGTCTA TGCAAACTAATGTGAAGAACTTTATAAAAGCAGTGGAGGAAGGGGTCGATGAAGTGAGCC GTAGGAGTGCTTTAGGTTTGGTTTGTTATTGTAGGAAGACATATAGACTTCGTGCTGTGT CAATTAATGGGTTCTTTGCTGTTGATTTTAGTGATCTTGAGAGGAATTGTACTTACTCAG CTAGTCAGATTAAAAAGGCTAGGGAAAGCTTTAAACCCAAAGAAACTAGGGGTTATGTGA ATAAGTTGGCATTGAAGCCTAGGAGAAAAGTGCATGCGGATCTTAACCTTGTTAAGAAGA AGGCAACCGCGTTGGCTTATAGAAAGGCTGTTTTTGAGGAAGATGATCCTACCTATGCAG AAGCTTTTGGTGTTGTTTATTCTAAACAAGCACAAGAAGTGGCTCAACCATTTAGACAAC CCTCTTCAAGAGGTATTATGTTTCACTCCCTTTGTTTTATTCAATGCTCTCCTATCAAAA CCCCAAGAAATAACCTTGCAAATCTTTTGCCCTGTTAGTGTGTACTTAATTTTGGAGTAT AATATAGCTCATTATTGAGGATGATACACCTAGAAGATGATACACCTAGAACACTAAATT TGAAGGAATTGCAATGTTTTAACTTGTTTGTTTCAAGTTATTTGGATAGAAACTACTTTG TTGGATTGTGTAACTAGGTATTGGTATTGATGTCATGTTGCAGTGCCGCTCAAGGCCATC AACATTGGCACATTACTAATTTGGTGAAGATTGAGTGTTAATAGGATATTAGGCGAGGGA AAGTGTAAAGAACTTTCCCTTTTATATATCCAATCTACTTTTCTAGCCACCCCCAAAATA TTGTGGGGTGTTCAAATGATAAGTTGGTCAATGTACCAATGTCCCCCTTAAGCATGAAAT TTCACTTTTGGTTATGTTAATATAAGGGTGAACCGCCCTTAATCTAATGGAATTGGAAGA TAGGAAAGAAAACATGAGATGAGTTGCACATTAGTGCATAATAATGTCTTATAGAAGTTT ACGGCGATTAAAGCTATAACTGGCTGCATAATAGGTTATGCTCAACATTAATGTTGTTAG CTCCCGCTATTGTTATAGTGGGACACGTGAATTAGAGCCTAAAGGCGAATTCAGTTGGTT GGATATCTTCAACTATATAAATAACTAATGGTTGTAGTATGGGTTTTTACTTTATGTGTA AGGGGTTGTCTGGCAGGATGTGTTGGAAAAATAGTAGATCATTAACTTTGTGTATTATTA ATACCATGTTTGGTACATTTTTTCAATCTATGTATAACTAATGTAAGTATTAGTTATGCT ATATATAATTAATAAATACCAAACATGGTTATAGAAATGTAATGATTTTTGATGCATTCA TTAGCATGTTTAAAGATAACATTGTCCTTCAAAGAATTTCCACACCCTTACGACAATATT ATACAATGGTGGGTGTTTTTGTGAACATATTTTTTTGTGTGTGGAAATTATGTGATGCTA CTACAACAGATTTAGAAGTGCATAAGAAATAATCTCAGTATAAGTATAACTAATGTAGTA TTAGCAATACACCTTATTTTTAGGGCTCTTTTTATACACTGTATCAAACGGCCCTAAATG TATAACTCTATCCCCCATCACACAAAAACCAATTCCATCAAAAACCAATTACAAAATAAG CTTCCATTCCTACTAACACGACTTAGGCCTCCTACTAAAACAACTAATTACATTTGTAAA TGTTGAATGAAAAAACTACATTTTGTTGCCTTCTTTGATTAACTTAGGATATATAATGTC TCTATCAACATTATCAACTCCTTAAATTGTGTCACTACCTCCTCTCTCTGCATACTTATA TTAAATTTTTTCCATTTTCTAGCTCTCCACATATGATAAGGTATCGCCCCACTTACAACT GCAATGATTTCCTTTTGAAACTGCTTCCAATGCTTCAACTTTATGCCCTCTATACCTGCT TGATTCCATTACTTATCAGTGTAATCCCGGTCCACTGCATCAATTCTTGCCACTATTTTA GTCCAACTGATTCAAATAAATGCACTATGGTCTCCATAGTCTGTTCATCACAGAGGCAGT AATCCCTATCTTCAACTAGAATATGTATGTAATCTCAATTTTCTCTCCTGAGTGATTAGT CGACCTTGCACGGTAAACCACACTATGAATTTGTGCTTAGGTGGAGCTACAACAGGCCAA ACCAATTCAACAATTTTCATGTGTGGCCTATGTCCTAATAATTCCAAATAGCTTCTTGTG ATAGAATATTTCTCACTTTGAGTTGATTTTTATCTGTTCTTGCAGTGCCATTCCTGCATT TGGTACTTAATTGCATTAACTTTCCTCCACTACCAACTACAATCTATAGGTACCTTGTGA TTCCATAAAGAACTTTCATCCTTTAGATATACCATGTACCCATTTAACTCACAAAGCTTC CTTGTTCTCTATGGTTTGCCAAATCAATTAGCCCACCGAAGCCACATTCCAAGCACGACT TTCTTTTATATTCAATCCACCTCTTCTTTTAAGATGACACACCTTATCCCATAAAGCCAG TGCAACCTTTTTCCTATCTTCAGATTTTCCCCACAAATAGCTCCTAAACTTCTTTATGTT ATCTCTCTCAAATTACTAGCTATTAGAATTAATGTGTTGGGTCATCTTTATCATCCAAGT TAGTATTTTGGAAGGTAAGACGTCAAGGACCTGCCTCATTAAGGTAAATTGCTTGCCTTT TTGAATTGATTTACCAATATATCCTGAAAATTAAATATGTAATTGTCTATATAAATAATC GAAAGCTCAATAACAACAATATATTAGCAAATATTTCAATTCAAAGAACTTGAAGGAGTC AAAATTTTAGACAAGCATTACTAAATTGCTTAAAGTAAAAAGAAAGACAAAACAAGCTAG AAAAGAATGTGCTAGTTCCTAATTACCAAAACAAACTTACCTTTTGCAACTGAAGTCTAA AGACGGATGGAGAACCCAGTTGACTCAGAAAAGGTAAGGGGTGATAAAACCCTAAAATCA CAAGCATCGTCTTTTCCTTCCTTTTTTTTGAACTTATGTCACACCTATGTCGACATGACG TGAGTGTGGGATCTGTATTGGATGTGGTCAACCAATTTTGCGTACTTTGGCCAAACTCGA TAGTGAAATAAAGACAAAAATAGTGATTTTTGAAATCATATCTAGAGCTAGGGTGATTTA GGCATAAGCTTTTTATCGTTTAAAGATATTGTAATAAAAAATTAGCCGTCAGAAGGGCTG TAAGGATATTTATGGGCTAAAACTTAACATAACTATTTAATGTGTGGTGAACTAAATAAC TTTATCATGTCCCCTTAAACCACGTGCAGTAGCTTTGTTGCTCGCAGCAAACCAAAAAAA TGAGATACACTTGTAGATATATGATTCTTTTAGACGTATTCCCTCACCCGCACTCGTACC TCGATATGTATCCTTGAATCTTTAAATATGCATTACATATGATCAAGTTTCTGGATCCAC ATATTTATTACACATACGCCCTCAAGTTTGAGCAACTTAGTTTATTATTTTGGAGTAGTC AAATCAAACTAACTTTGATTAGCATTTGGTCCAGACACAAGAAACCTCTATAGAGCATAA AAAGAGATGTCTAATTATGTCAAAGTGAAGTGTTAAAAATTGAATTAGTTAAAAATTCTA CGATGGTAAAGAATGTATATACTGGCGATATGTATTTGTTGATATTAAGGCAAAAAAAGT GTGATGCTAAAGAATCCGATGGTTGCACTATTTTTTTAAATGATTGTGATATTTGAAATA ATTTTCAAGCACCTCAATTTATTTCACGGGATATCTGCTACCTCTTTATGTGATTTGTGC CAAATAATCATTTCTACCCAGTCTGACAAATGGGAAGAATTACCTAGTATTTCTAGTCTC TATTGGGAATTAAACCTAATACCTCATAGTTCTCGACCACTTCATTGATTATTAGGTCAC ACCCGTGGGTGTAATTGCACTATTCAGATGATTTTATCAATCCTCCCCCTAATGTTTTGC ACTGTCTTCTATATGTTGTCATGATTTCTTTATTGTAGTTTTTTTGGTTTTCATTATTGT TTAGATTTGCTACCGATGAGTCAACGTTCCTTGGAAAAAAATCTCTCTACCTCTTTAAGG TAGGGTTAAGGTTTATTTTTAAATTTAGGCATGTGTTTACAAGGATAAAATTGAAATACA GAAACAATCCCATAGTTGCAACAAGTGCATAAGTTACAATAACTAGAAAATGTACCTATT TAATCTCTAAATCCTTTTTCACCTATCCAATTAGAGAACTTGTAATTTCAGTTGGCTTTT GTCATTTTCTTCGTGTTATTCCTCTTTCTATTGTTTCTTATTTAGTAATTCAATAATCTA ATTGTATTGTATCATTTGAAGTTTATCCTTGTTATTTGAACATCACAAATTTGATGACAT ATATGTATGGTTGTTTATGGTTACGATCAATCAACCAAAATCGAACCGTAATCCAAACCA AATCGATTAAAAACACCGATGTTTGGTATGATTCAGTTAGGTTTAGTTTGAAAACCAATA CTTTTTGGTTTGGTTTTGGTTTTACTAAAAAACAACAGCAAAATAACTAAACTAAATCGA TACTTTGTAAATTCATTTAGTCAATCCATATTTCAGAATTAGCCATAATAATACTAATTA TAAAATACTAGGTTTATGTCGGAAAAGATGTGTGATATGTTTTTATAAAATACTATAGTT TTGGTGGTAACTTTAATTATAATAAAAATTAGTAGGTTCATGTCTCATGCTAGGGGAGAT GCTTGAGGTTTGATATAGTGGGCAGGATAGGAGGCATAGACAAGCTGAAAAGATATTAGG GAGAGGTGATTAGATATGACGGACATTACTTTAGATGATCGAAGAGATGACCTTAAATAA AGACGGTTTGCTTGTTGAGTGTCTAGGTTTTTTGTTTGTCGTTCTACTATTTGTATTTTT GTTGTTCTTGCTTTTGATATATATTATCACCCTTCGGGGTGGCCTAGTGGTTTGAGCTTG GACTAAACCCTCCCCCACAAAAGCAAGGTTTTTGCCTTCTGGGTCGAGTTGGTGTGGGTT ATCTCTCCTGTGTAGTTCGCAAACTATGGCATAGGAGCGGGGTTTTATCCTATGCACACC CAATGGGTAGCGGCTACGGGTTTTCCTTGTTATATAAAAAAAATATATATATTATTATTC GTTTATTGGGTTCGAGTCATTGCACCATTTTGTTCTTATTTATTTTCCTGTAGGCTTTGA ATTGATTCTCTTATTAGTGGTGTTTTCTTTATTGTTTTCTTGTTCTTTATACTTGATTTT GTTGTGATAAGTCTATGATCTCTTCGAAAATAGTCTCTCTACTAATGCGAGGTAGTTGTA AGATCCGTGTATACTTTGTTCTCGCTATACTCGACCTATTGGATTCACTGGATATGTTGT TGGATGAAATCAATTGTTATTTTCTTAATACTGCAGTCAGAGGGGGACTTAAACGGAGCG CCATGGATTATGGAGATTCATATAGTAGATTCCAACTTGGTTGGGTGGATGCATTGATCT TTTCTATTCGTGTAATCAAAACTGATTTTGAATTTTATTTCAACTTTTCTCTTATTGTTT TAATTTTTATTATTATTATTAGGGAGAGATTCAAAATGTTCTTAAAATATCCTCTTTCCA TCTAATTGATAAAATGTCCTCAACATATTTTTTAGTCTAAGAATGCCATTCGTAACTATA CAATGGCATGACAATGATGAGTCATTTAATGAAACAAATGACAGGATCCTAGACCACTCT CCGAAGAACTTGTGCATAGGAAACGATGATTCTCCAAAGTACTGGATCCCTCGCTCTAAT ATTGACCTCATACAACTGTTGAATTCATGGCATCCCTCGTTGATGTAACTCTTGCAAAAC ATTATTAGTTCTAAACCTCAAAAATTTGTATGAGCAGATTCTTCATGGTAAAAATGATTT ACATTCAACTTAAGATCAATTTATTTCCACTCAAGATAGGTAAGGTGAAATGTTAAAATG GGTTACTTGGTGGGTTTAGGGTTTTTGTCTTGGATAGTTAGATTGGGTTTTTGATAGAAA ATGGTATTTTTAGACTGAAAGAAAATGGTGAGGACATTATATATCTAATAGATAGAAGGA GGGCATTTTTATAACTTTTTCCTTAGTATTATTATGGGTAGTTAGGAAGTATAAATTAAA CTAAATCAATTTACAAAACATTTGGAGTTCGACTCCAAGTTAGTTCATGGTTGTCAACCA TCTTTTGGAATTGTTCTTACGGTGCTCGTCCAAAAAACAAATAGAGTTAACATACACGAG AGGAACTAGCAGATCTCCAGGCTGGGTGGTCGTGAGCTACAAGCTTGAAGGGTTGGAGTA TCAGGAACAAAGTATAGCACAACCTAAATCCAATCGGGGAAAATCATTGCTCTGGAACAT TTGCCATGCTTCTTTTCTTTTTCTTCGAGGGTTGGGTGTATAGAGTTGGTGGTCCAACAA ATTTCTTCTTTGGCCGAGGCATCCGTTGCTTGGTTATGCTCTTGTAAACTTGTTTTACTT GAGGATCCCCTAGGCTTAGCATCAACGACCCACATTCATATATTAAGGCATTATAAATTT CATGGCCTTGTTGAAGCATATGAGTACTTCCATTGAATGACATCCAATTTTTTTAAAGGA GCCCTTGTTATGAAGTCCCTCCAATAAAATTGGTGATATATCGTGTTAGTAGAATTGAGG ATTCCTTTTGTAAATCCAATTACCTGTTCACTATTAGAGATCGCTTGATTTTTTACTTTA TTTTATTATTTATGATGTTAAAATGAGTGAGTGAGAATTGATATAGTCAACCCCAGTGTT TTCGAAGGCGCGCTTAAGCCTTGAAGCGAGGCTCAAAACTTGTTGAGCGCTTCGCCTCAC TTTATGTGACCTTCGATGTCATCATCAAGGTTTTAAGGCAAACTTTTCCTGGCCAATAAG CCCCTTTTGAAGAAGTGACCGTACACAATTGATATTTCATTTTATCATAATATTTTTTCA ATTTCTTTAGTCATAAATGTGTCATTCATGTTTATAATTATTAGTCTTGGATTAAACATA TATATATTTGTATTTTTTTCTTCCTCCGCTCCTTTTTTTCATTAAAGCCCACACTTTATT TGCGCTTTGCGCTTAAAGCCCCCACGGACCTTAGAGCTTTTTTGCGCTTTTCACCCTTGA TAACACTGGTCAACCCCGACTTTTTGGGACTGAGGTGTATCAGCAGTAGTTTGCTAATAC GAATTTACAAGAAGTTTTGTTGTCACGTCTAGATGGTTTACCTTCTTTTTTTGTTTTAGT ATGCACTTGTTTCTTTCCGCTTGTCCATCTTTATATAACCCACCCAGCCACCCAGCCCCA ACACACACACACACACCCAAAAGAACCATCTTTGATAATCTGGTATTATGACTCATAAAT AGATAATGCTACATTTTTACGCGTAAGATAGTCATTGAAAAAACCTGTAGAAAGCAACTA AAACCAAACTGATGATATGAGTTAGTGTCCCAATAGGAGTCTTCCATTCTTAGGAAACAA TTGTGGTTCTGAAGTGTTGAATTAAATTGCAAAGTAGTAATATGGGATGAGATAATTTGA CAATGTTAGTATTGTGTACCTTGTATAAAGGTTTCACTATCTTCATATGGTTATGAAGGG GTTGCTATCTCGTTTGCCGGAACTTGCAAGTAAAGCTGAATCTATCTTAAAGCTCCTAGA TTTGCTTTAGATTTAGATAGGGGTGGGTTTGCCTTCCACACTTTTGGCGCAATGCCCATA ATTCCAGCCTAATCGTAGTGTTGTTTATGAATAAATAAAAACTTACCATTACCATTTTAA AGAATAGAAGTAGGGTGTCAAGTTGTAAATATTGTATTTCCTGGTGTATAATTGAATTTG ATTAGGAGTTTTTTAGATGAATTATTATACGCACAAGGAGTGTCCTCATTTAAAAAAAGC AGTAAAGAAATGTGGCATAAGAGTGAGAACATAGCGTTTAGGCATGAATGTAATTAGCAA CTGGCCAAATTAAAATTGTTACTCCTGCCTTACATGTGTTGAGTTGGCCATTTAAAATAT GATGGTTTATGTGCAAACCCAGATTACTTGACTTTTCAACCTTCGTTTTATGTGGTGAAA CCACGATGATAAAAGGTGATTTTTGTCTTTTTTGGCTGTACAGGTTATCCACATCACCCA ACTCTTGTTTGCACGAATGGACAAAAGTGATTTTTTATATTATTTGCTGGCTTCCATCAT CTATTGGTCATGCATGTTATTGGAGTCTGAGTCTTTACCGTGTCTGAAATTTTATTTTTC TAATATTAGTTTGAACTCTTGTTTTTATTCTTGTTATAATTCTCTCTTGAAACGTTTTGT ATCATTATCTTTTGGAAAATAAGTGTGCATTTTTTGTGGAAACAAAGTCCTCAACTAGTG ATCAGATTTGCTGACATGTGTCTTCTGTGCCTTTGCAATTTTACAGCTCCTTTGAGTGGC AGATTGGTGCATGCAGAAACTCTGGGTAAGGTAAAAGGTCCTGCAAAATCTAATAAAATG AAAGACCAAGTGGAGAAAGACAGATATCTGTTTAAACGCAGAGATGAGCCTGTTAACCTG AAAGTCCACCAAGTTGGTCCAGCACAAGCAGGTTCATCTGACCAGTCCGCTCATCTAGAC AGCTCCTCCTTTGCAGGAAAAGATGTATCTCCTAGTGCTGCTGATGCCTCTGGCTCCACC TTGATTGAGAGCTTTAAGCAGCCCTCAAGTCAGGTAGCTAATGTGGAAGAACTTCATGTA GAAAGACAAGCTGAAGATGGTGGTACTGATGTTGTGCGGCCTTCAGATAAAGTCAAGGTT CGTAAACGTTCTGGTGGAGAAGCGAGTGGTGGAAGTAGTCCATCAACTGAGAGGAAGAAA AAGAAGAAGAAGGTGGTGTTGGGCATGAAAACTGAATCTAATCATAGGGATGCACCAGCA GCAGCTGTTTCTTCAGATAATCAGGTAATGGAAAAAGTTGCAAGAGAGTCTATCCAAGTT CCTTCAGTTTCCAAGGAAGAACTTCAAATGGATATTCAGCAAAAGGGTGATCCTGCAGAT AGCTCTGTGCCTGACCGTGTGGTAACAGATGATAAGGTTGGGATTAGAAGCGACAACGTT GATATTCGTCAATTACTAAGTGATCTCCATGCGATTTCTCTTGATCCCTTGTATGGTGCC CAGAGCAGAAATATAAATACTATACGAGAAGTGTTCCTGAAATTCCGTTCCCTTGTGTAT CGAAAAAGCGTTGAGAGTGAGTCAAGTACCCCCATCAGCAAGTTACCTGTTGCAGCCCCT ATATCAGACACTGGCCCCAGCAATAATGTGAAACAAACATCAAATCTGAAGCCACAAAAG AATCCTGCCAGGCCTCATGATCCTTCTACCAAAGGAGGACGAAAGCGGGGTACTTCAGAT AGGCAAGAGGAACTGGCTGCCAAGAAAAAGAAGAAGATCAATGATTTGAGAACATTGGCA GCACAGAGGAAGCCTTCCAGTAAGACTTCAGAAGTTAAACCAGGTGAAAGCAAGGAAATA CCTGCAAAGAAGCTGGTTTCAACACCTGTGAAATCATCTAAGCCAGATAGTGTGAAGAGG GACCCGGCAGAAAAGGTACCTGATCCTACCATGCTTATTATGAAGTTTCCATCTAATGGA GCTCTTCCCTCCATTTCTGAGCTGAAGGCGAGGTTTGCCCGTTTTGGGGCTCTAGATCAT TCAGCTACTCGGGTCTTCTGGAAGTCGTCCACCTGCCGTTTGGTCTACCTGTACAGGAAT CATGCAGTGCAGGCCTTTAGATTTGCAAGTGCTAGCACGAATTTGTTTGGGAACACCAAC GTGAGATGCTCTATTCGAGAAGTGACGGCTGAAGCACAAGACCCCGAAACTACGAAGAAT GATAGTGGCGGGACTTCCGCACCAAAAGATGGGTCAGCTGATTCGAGGTCCTCAGGAAAG GCTGGGCAGCTGAAATCATGTCTGAAGAAACCCCCAGGTGAGGAAGGGCCGACGACAGAT GGTGGTAATGGTAGTAATAGGGGAACCCCACGTGTAAAATTTATGTTGGGTGCAGAAGAT AATATTAATAGGGATAGAGGTGAGCAGATGAATGATATTAAGAACGTCAACAACACTAGT AGTATTGCTGATGGAAGTGCATCTTCTACTTCTAATATCAACAATTATACAAGTCAGTTA TCCATGCTCTCTCTTCCTTCTACGGCTCATTATGTCAATGCACCAAATGATATTCACCTT GCTCTTCAAGCTCCCCTTAGAAATGCGCCCAATTATAACAATCAAGTTTCTTCTGCAACT GAAGCAAACTTTTCACAACAAATGCTAGCCCTTCTCACCAAGTGCAGTGACATTGTGACC GATCTGACGAATTTACTGGGCTACTTCCCTTATAATGGCCTTCAATAAAATTGGTTCTTC ATTTTTGGAAGACTTTTGGGCTAAGCCACAAACTCATCGACACAATGCACAACATATAGA GTCCGAAGAAGAGCAAAATCTGCATATGCATGCTAAAGGAGCTGCCACCTGCTGGATAAT GGAATTGCTGAAAATATGTATACTTTCAGATGACCTGTATCAGAAGAAGAATGATAGTGA TTGTGCCATCTTCTTCTTTTTCTTTTTCTTTTCTTCAACTCTTCTACCCTCCGCCCCCTT CTTCCCCAATCAACGAAATCTCATCGTCTGGGATTCTCTGAATTGATATGTTATAATTTT AAAAACTGGAATTATATAGAACTGTTTAGAAGTTGTTTGCATGCAGGTTCTGAATCAAAG TGAAATCTTAAGAACCAAGATAGAATTCGCATCAAGTAAAAAACTTTTTTCTACACAAAT GAACCGAAAAAAAAAATCTTTTTTCTAAACAAATGAGTCGGAAAAAAAATGTTATTAATG TGTTATCGGTTTAGCAGTTCAAATGGTGGTTTTGATCTTTATGGTTATTGGGTTATCATT TGATGGTTTTTATCTTTTTGGTTATTGGGTTATCGTTTCATTTCATAATTGTTTGAGGTT TGAGTTAGTAATTGATAATTTGATAGCAAATTAAACAATTATATTTATATCATTTTTTAT TTAAGTCTTTGATTTAGAGCCTTAGTTTCTTAATTTATTTACGGCTATTTTGAAATCTCG GTTATTCTACTTTGTTGCTTTTGAGTAAATGAACTCATGTACATGATTCATTTGATTTGC CACCTTGTTTCAAAATGATTTTCATTGATTTATTGTTGTGTTAAATTTTAATGGTTAAAT TGATAACAATCAATAATCAAAATCAATGATTGATAAGTCAATATATTTATGATCTATAAA GGTTTAAGATCTCTACTTTTCGAGTTATCAATAATTTAGAATTAATTAACATATTTTAAG TATTTATTTATTTATTTTTACTTGTTCATATTTTTTACTAAAAAATAATAAATTAAGTGC ATGTTCTACCGTAATATCTATATTAATTGGTGTTTAGTTTTAATGAATTTGACAAATGAT TTGAAATGATAGTTGCCGTTGTTAAGAGTAAATTATGAAAAAGATTATTTTTAAATATAA AAGTAAATGATCAAAAATGAACCTATATTTTTAGTATAGTAAATAAGTAAAAAGTAAAAT GTTTTTGTAGTATACAGTAAATAAGTATAAGTGAAGGTGGGGAGCATTTGTTTGGAGTAA ATCGGACAATTTAGTTGTTTCATTTTGTCATTTTGGTTGGACTAGGACTCTTAAATTAGC AGTCAGAAAGTCTCTCTACTTTTTTCTACTGGTAAAGAGCTTTAAATGTAATTAAGAAGG TAAATCAATACATAATTAAGGTTAGCTTTCGATGTAAGCTAATCTTCCAGTTTGTTTTGA GATCCTAATTGCATTAGCTTGACCAAAAAAAATATGGGTGTGAAATTGCTGTTTAGTGCA AGTGAAAGAATCCAATTCCATCATATTATTTATATATAATTTTTATATTTAAATTTTATA AAGTAAAGAGTAAATTACATCATAACTCTACTCTTTTTTAATATATAATAATTTCTTAAT AATCGAAGAATGGTGTAAATTAATAATCAAAAACTTCTATAGTTTGAATACAATTTTATA ATTAGCGGATTATTAGCTTTTAGTTTTTACCTGACTAAATTAGTATTCATGTTAAAAAAT TTCATAGATAAAATACTTCCTGATAAAATAGTTAAATTCACATTTGATTTCGAATTAAAA AGAAATAGTCTCTACCTCAATCATTGTATTTTCTTTTATTTTAGTTGTATAACTAATTTT ATGAGATAAAAACATTCATTATTGGAGCAATTTGTATTACTATAAAAACTGATATAATTT CTTGGAAATTTCATCACAAGTGCATAGATTATTCCATAAGGTGCGTTTGAACACGCAGTA GACACGACGTTTGTTCGGAAATTGGGCGCTTAATATTATAATATATTATATTATATCATA CGAAAATCGATAAATTATATTCCGTTCGGATAACGCGTCTACTATTTTTATTGTTACAAA AACACTAGAGCGCTCTCGCTTTTTCTGGAAATTAAATCACATCGACAAAAAGTTAAATTT CCACCAAATATTTGTATCTATCCAAAGGAACGGTCATAAATAAAGGAGCATATTTATCTT TTTTTCCGTTTCCATTTATTTCATCAATTTAATTACATAAAGTTAAAATATATCATTCTT TTTAATATAAGCTTTAATTTGTAAAAATATTTATTTAATTAATTTTATTTTTTTCATTCA AAATTATTTGTCATGTTACGCTTACCGAAAATCAATTTGACTAATTTTCAAAGATAATTT AAACTATATTAATTTGATATTTTAAATAAAAAAACTAAATATTCTAAAACTATGTGAAAA GTATTATAAATTATAAATTTTTGCATATTAATATCATCAAAAAATATATCTTAAAATGTT AGTTAAATTTTTTATAATTTAGTTCTAAAAATAAAAATCATGACAAATAATATCGAACCG AGAAATTATAGTTATTAAATGTTACACTTCAATACTTCAAAACGTCAATGATGAAGCCTT GTCTTTCCATTGAGCCTCAAAGACAGCTGAAATCATAGTCAATGGCTATTACTCCTATTT GATTGAGCTAAGAGACAAAATGAAGCGTAACCATTAGTCAAAAATCAGTTTTTAAGTCAA TTTGATCCGTTTTTAAGCGGAGTCAAACAGACTCACTACAATTAAACTTTTACTTTTGTT CATTATTTTAAATTTTATTTATCATTATAAAAATATTTTTTTCCAAGTTTTATTCTTAGA ATACTTTAAATATCCATTAATAGAGAGATGGTGTGAAAAAGAATATATTATGTAGTTATT GCTTACTTAGAAATTAATACGAAATTTATTAATTAGGGGTGAGGAATCCTTATCGTTGTT GTAGTCGGTTTATTCGAACTTTCCTGTTTATTTCCTTTTTCTCTTTATTCTTCCACCTAT AAATTCGTTCCCCCCATAAACAGAATTTATCGGAGTTAGTTTCAACAAACTATTTTTCAT TTTAACAAATATTTTACCTGTTTTCTTCAACAATCCAATATCAACAATGGAGTTGCGTCC ATTAGACATCAAAGTGATCTCTGCAGACGGCATAAAGTATGTCAATACTTTCTCTAAGAT GGATGTTTATACAGAAGTTTACATTTCCAGTTACGCAAGCAAGGCTTCTAAGCAGAAAAC TTTTGTTGATAAGAATAGCGGCTCGAATCCCAAGTGGAATCACTCCATGAAATTCACTCT CGATGAATCGTTTCTCACGAAATCAGGGACTTACCTCGTTTTTCGTCTCAAATCTGACCG TACTTTAGGTGATAAAGATATTGGTGAGGTATCTGTTCCTGTTCATGATTTGTTCAATTC TAATGGCACAGTGGAGAGGCTCGTTGAGTATCCGGTGATTACGGAGAGCGGAAAACCTAA AGGTACTCTGAAATTTTCCTATAAATTTGGGGAAAAATTTACAGCGCCTGAGCCGAAGAG AGATGTACATCATGAACCTGTTACAGCTTATCCTGCTCCAATGCATTCTGGTATGGCTTA TAATCAGCAAAATTCTGGATACGGATATCCACCTCCGCCTCATCATCAACGTGGGTACGC ATACCCACCCCAAGCTGGTGCACCGGGTTATGGATATCCGCCACCACAACCCGGGTATGG GTATCCGCCACCACAACCTGGGTACGGATATCCACCGGTGCAACCCCCACCGCCAAAGAG GAAGAACAAGATGGGAGGTGGATTAGGGTTAGGGTTGGGTGCAGGATTGCTTGGTGGTTT GTTGGTGGGAGATATGGTTTCTGACGTGGGAGAGATGTCTGCTTATGGTGATGGTTACGG AGATGCTATGGATGATATGGGTGGTGGTGACTTTGATTTTTAGTTTAATTTTTTTAAGTT TGTAAATTTTCTTCTTCTTTTGTTTTTTTTTTAATCTTTTGAGATGTAATAAACTTTGGT GCTAAGGTAGATTTTGAAGGATGCTTATTTTTTATTTAGTTATTCAGATCAACCTTACAG TACTATTTCCTTTTTTTCTTTAAAATAGTTTGTCATACTTTTAGGGCTACGAGTAATAAA AATAATACAAGATATTTTGATTTTTATATGCTCTAGTTAAAAGTGTTAAATCAATTCTAC AATCACTCCATCATGTCTTATGATAATGGTATTGTGGAATGTCTTACATCATGGAATAAC TTTTTGATTTCTTGTAATATATGTTTTATTCTTAACTGAGTATTTATCGAAATTAATCAG GATTAAATCATGCATTTATCGAAAGTTATCTTTCTATATGAAATAAGTTGTGTGTTCATA ATTTATTGAGGCTTCTATTCGAAGCATATAACATTTTTCCAATACTTCTTATTTTGATCT TCCATCACCAGGCAAGTGTTAGGATTTTATCATATCCTAAATTTGACTTCTAGAATTATA TTGACTATGATGTTGTATCGTGAAGTGTGATTGTACCTCGGATATTTGTTTAGCAGAATA TGCTTTTAGTTCCTAAGGAACAATTTTTCATTTATGAGTTTCCATGTACCAACTATTTTG GTCTTTACTATTATTATATTTGGTGAAGTAGGAATAATTCTTTTGGGGGGGAATTGAACA GTTGTGTAACAGCATAGCAAACGGTGAACATTCATAGTATTATTTGCAGAGCATAATCAT TCAACAGAGGCATTTGCAGCACACCTCATATTAACTATACAATATCAAATGATTTTCAAT ACAATCAACATGCCATTTAGAGCTTAAATTCAAGACCCAATTGCTGGTAGCAGCACAGCT TACACCACTTCATCACAACGTAAAACGCAACTCCTTCCCTCCTTGTCAAACTTGTGCTGT ATTTGAGTGAACGCGAATGTGAAATAGCATGTTGGAGCACAAATACAGTGACGATGCTTA CACATGTTTGCCTCAGCTTAATTTTTTACTGTACAAATAGGTTATTTTCACTCATGTTTA ATAGCATACACCAGAGAATTCAGTACAGACTTGCTGCTATTATCTAATTTATTCTACTGA TGTTGATTCATCATATAAATTCAACAAGAACTCAATGACCAACGACACAAAACCTTGAGA TCAACACAAAATGGGCCTTCTTCCAGTCAAATACATACACACACTTGACATGTATACCCT GTATCATTCAGTAATACGGTTAAGCATCTAAAAATAGCTTAAGCAATCAAAACAAGGAAC AAAATTATTCAGATCACTAACCTTCATCTTGTGCAAGATTTTCATTCTCTTGTCATGACT AATCTTTCACTTTAAATGAAAGATGGGTGCTAATGTAATTTTGAAAGATGACATATAAAT CAAGATATGATAAAAATATGGGAACACTGAAGGGTTGGTGATGAGATAGGATAGTACTAC ACTAATTCAAGGCTTAATGCATATGCGACCCCTTAAAGTTGTTCGCATAATTCACTTAGA CACCTCAACTAAGACTATTACCTATTAGACACTTTAATATTAAAGAATATGTGTCTATTG AACATAAAACGAAAACTTTTTTTAAAAATATTTTGTGTGTAGTTCACGCGCTTTGACTTA AAAAAATGACAAATAAAATTATGACACTTGGCACATGGACCCAATCTAGCAATAAAATAT AATTTTTTAATTTAAAAAAATGAAAAATAGTTTCCCTTTATTTATTAATCACAAAAATAT TAACAAAAGAAAATCCCCACCCCCACCTAACCTTTTAACCTTTCTTCTTCCTTTATCCAT TCCTCTACCCAGTAACCCCGGCCACCATAACAAAAATAAAAACCTCCCTTTCAAATTTAA TCTCCTATCATCTGTTATTCTCCATTTGTTTTGAGATTTTTGTGAAAATAAATAAACGTC AATAAATTGTTTTTAAGATTCATGACCAAGAAAAATTGAAAGTATGTTGAATTTTTTAAT ATCATCTTTAATAAATTAATGAATGGCGATGTTTGTTCAATCGGAGTGATCGAAATAGAG ATAGACGAATATAGATCAATTTTTAACTCCAATGTTCGAATTTTTCTTCTTCACACATTA AATTAGCAGATTCTTTTTACAAAAAATGAAAAAAAAAAAAAGAATGAAGAATGAAACAAA ATGCTAAGAATTTTGAAACCATTAGAATGGTGGGGGAAGAAGATAACCACTGATGCTAAG AATTTTGAAATCATTAGAATGGTGGGGAAGAAGATAACAATTGGAGCATGGGTATGGGGG TTGTGTTGGGTTGGGGTTGATAGAAATAGGGAAGAAGAAGAACAAATCTTCTTTTTTTGT TAATTATTTTTTTTAAAATTAACTTAGGGGTATAAATTTAAAAAAAATAAAATATTTTTA ATAAATTAACGCGCTCAAGGAAAGTGAATTACACGTTTTTTGCCATGTCAGCATTTTGTG TCTAATAGGAATGACTTTTGAACAAATAAAGTGTTCAATTGACACAAGGATTAGTTGAGG TGTCTAAATAAATTATGCAGACAACTTTGAGTGGCTGGAGATGACTTAGGCCCTAATTCA AATTGAACTTGGATAAAACTATACACTGAATAGCACAGAAGATGTGCTGCAATTTGTTCT TGAAAATGATAATATAAGTTATGAGTTATGACTTTCTTCTCCACCCAAACTCACGGGATC AAACATGGTCACCTCATAAACCCCCCCTCCCCCGCGCCAAAAAAAAAAAAAAGAATTTTC GAATGGAACTTTGATGTACAATTCATACAGATGGTGCATTAAATGAGATAGCAGAGGAAA AAGATCAAAGCATTCCACGATGAAATTACAAGTAAATTGGACATCATTCACTGCACAAAG ATAAACACAAAAAACAGTGATACTATATACCTGTATAGCCGAAGGAAATAAGTTGATAAC TCCTAGAGATCTTCTTCTTCTGCATTCTTTGAGTGCCTTGAGGCATTCAACTAAATCTGC AGTTCCAGATTGTAAAGATGAAGCTATTATATGTAGTACTATCAATAAATTCCTGGTTTC TTAGAATAATCTATTGGTTTTTTGGTATATCCCAAATATCAGAATTGCCTGTAACTTTCC ATTATTAACTTCAATAATGGAGTGCTAACTAAACTTAGTCTTAGAGTGAAAGGACCGCAG GCAACTTTTGAGTATAACTCTGGAGAAAAAACTATGATGAATATGCATGAGTACATATAA TAGGATTACAGTACGTTTAATAAATCTATCTAAATGAAAGACATATCAAGAGATTCTTTT TAAATAGTCATAAGGACACAATTCTTCCTGTAGTCATCTGAATGTCAATTAAATTTGACA AGTGCTTCATTCATTTTTTCACTGTATTCTGAATACAAAGTTGATATTGTTGACAGAACT CGACATCATAGATGTGAACAACTATATTAAGAACAATTTGAAAATTATTACGCAGTAGTA CTCATGAGTTTTATGACCATCAAGTGTATCTTATTTGTTTTTTGAGTCTATGATCAAAAA GATCAAATAAAGGGATGACACAGAGGTAATATGGTTGAGAGATAACCTTGAAATCACGCA GGCCACCATTTTCCTTTTTGCCAACATAAATACCTCGATATATAAGATCATCAACCATAT TAGAGATTTTGCAAGTACAACATGGCAACGACTATCGAATAAACAACACAAGGAAACCAA ATATCCAAAACGTAACATGGGATGACATGCCAAATCATCTAATCAATTAGCTACAATCGT AAAAGTTCAGGTAATATAAAGAAGAAGCAACTAAAGTACACTTATTTGAAAGTTGTAAAT CATACATTGTGGAATTTAAGGCAGCGCGAATATTGTCCTGAATCAGACTTGCGTTTTATG CCCGAAACATGTCCAACCTTCTTATCACCAAGCATGCCCTTGTCAGCTGGTTGAATATGT CCGCTTAGAACAATTTTAAATTGAGCCTGAGACTTTGTCATCCTCTCCGCCACAGATAGT GATGGATTTTTCATCTTCAGTTCCTTCTGGTGTTGCCGTATACGTTTCTCTTGCTTCTTC TTTCCTGGCCCCTTCCCATGAAATTGATGTGAAAATAACCTAAAGGACTCCTTTGGAGTT AGATTTCGCCCAAATTCATCAGTCCTGATAATTTGTATCTCTTCTTCCCCTTTCACATCA CCACCATGAATCCCAATGAGCTTGTTTTTCTTCTTATCTGTGTTTCGACCAGCCAATTCC ATATCTCCCTCCTTCAGTGTACCTCTTTCTCTCAATAATCTGAGTGCCTCTGACAAACCC TTCCCTGTTGGAACTTCACGTATCGTCCTCTCTGGTTTAATTTCAAAATTCTCCTCTGGC AGCACATCAACAATAGGTTTTTGTTGTTGTTCTAATTTATCAAACTGAAGACCCCAAACA AAATCTCCTATCTCTGTAAAGACAACTTGTGATTCATCAGATACAGAAATTGGATTATCA TTATCAAGGGTTGAATCACTAATTAGGGGAGCAATTACCTCTGGAAAAGTTTCGACAATG CCCTTTTGCTTTTCCGATGAAAGTTTTCTGACTCTTTCGTATGATTTTCTGAATCCTTCG TCGTCGTCGTCATCAAACGATACTGCATCAATTCGGTCCATCTTCTCTTTCCCCATCACA AAAACGTTGCGACTCTAGGTTTTGTTATTTGGAAGAAAAGATAGTATTTATATTTTGTTT TGAGAAAAAGTTCAAATATGTCCTGCAACATGAAAATTTTAATTTATTTATGTCATTATC TTTTAATAATAAAAAGAAAAGACTTATTTATGTTATTATTTGTAATAATAGTTTTACAAA ATTATTTTTAAAACGTAATCAATTATAATTCAATCATGTCATTAAAGTTTTTAATATAGT AACAATAGAAAAAGATACTTTTGCTCCAAGAAAGACGTGTTTCCAATTGCAGTCGTCCTT TTTTTTTTCTTTCTAAAGGAGAATCTCATGTAACTTTATTATGCAGTCAAGAGGCATATA TTTTGTCTTGCTGAAGAAAAATAGTTAACAAATTTCACATTCGAGCCTTAGGAAAAAATT GACAGGGAGTTAATTTTTTCCTTCAAAACTCAAATAATAAAATCATGTATGGTAAGACAT TACATTTCCACAAACTTTATTTGCAAAATAATAGGAATATAGTCCTTGCTTTACCATATC AAATAATACAATAACAATAATGTATTTAATCAAATCCCAAAGACCAATTTCATATATATA TATCTCCAATATAAGCAAAAGAATTACTCAAAATATATACAGAGACCTCATTTTAATAAT CCATATCGTCCATGGCATCATCGTACCCTTGATCGTAAGAATCTGTATCATCAGAAATCA TTTCACCAACCAACATACCACCAAGCAACCCTCCAGCCAAACCCAATCCCACTCCTGCTC CCATCCCTCCAAGATTGCTCTTTTTCTGTGGCTTTTGCACTTGTTGCATCGCGGGTGGAT ATCCTCCGTAAACTTGTTGTTGGTGCTGTTGCTGTTGTTGTTGAACGTATCCATAACCAG ACGGTGGATATCCTGTTGGTGGATATCCCGATGTTGGATATCCAGCAGCTGGGGGAAATC CACCACCGTTATAACTAGCAGGAGGATATCCTCCTGCTGGTTGTTGATACGCCATCCCAT GATTGGGATTCGGCGTTCCGTACCCCATGCCAGGTGTTGGCATATTATTAGCTCCGGTCT GGGCATATGGATAAGCCGTCACAGGCATATTTTGATGGTAGTTGCTATTAAGTTGATTTA CATTTTTGTACATTAGTTCAGAAGTTTGTTCATATTTCTTCCCAAATTTATAAGAAAACT TGAGAGTACCTTTAGGTTTACCATTAACAGGGGTAAAAACTTGATACTCCACAATTTTCT CAGCGCTGCCATCAGGGCCGGCATTAGATTGACCGAAGATATCATTTATAGGGATTGAGA CAATTCCGATATCCTTATCACCGGAAAAGCGAGAAGATCTGATACGGAAACAGAGGAAAA GGCCAGACTTTGTGAGGGAAGGTTCATCTAATGTGAATTTCATTGTGTAATTCCATGTAG GACTTGTTCCACCTTTTTTATCAATGAAGGTTCTCTTTGTATTTTTTGCATAACCTAATA TTGAAATTTCGACATAAACATCCATGGTAGAGAAGTAATTGACATTCTTTATGCCTGTGG CGGAGATCACCGTGACATCAAAGGGACGCCAATCCATTATATGGTTGAATTCAACAGATT TAGAAAAGAAAAAAGGGAATTGATTAAAGAATTTCTTCTTTTTTTTTCTTCCCCTCTTTT TTTCTTGTGCTGTTGGAAGAATTTAATGGTGAAAATGTGATAAGTAGGTTAACGAAGAGA GACAAAGGTACTCGCTTAATGTTGAGTCAAATGTATGAACTAGATTAATGGTTTCTATCT TCTCTTCCCTTCTTTTTCGCTAATGAGAATTTCAGCTGCTGTCACACAATTTCTCCTTCA TCCTATTATCGTGGAAAATATTTTTTTCATAAACACAAAATCTTTTTGAATCTCACTCCA AAAATATGTGACCAGCAAATAACAAATCATAAGTAATATATATTATTTCAACATATCATA CTAAATTAATTCGGTATAGTTTCTGATTTTAAAGATAGGTTTTAATATTAGAAAAATGCC CAAGTAACTTCAACATATTTCAAAATTTCAGAGATAAATTTATATTATACTCTGAACTTA TTTTATAAGTAATTTTCTACTATTTTCGGTCTATGTGACACAAGATAGTATCATGTATAA TAGGACTTAGTATAATATAAATGTGTCTCTAAAATTTACTTCTGCTCAGGATAACCAACT GAGTTAATCCACAAGCCTGCGAAAATTGGAGTTGCTTAGAAGCTCAGTCTTCGTTGATTC TAATTTTCATGAGAGAGATCATACACATACAGTTTAATAACTAAAAATAATATACCTTAT GTGATAATGTAAAATAAATAAATTATGTTGCTGATGATTAGCTTGTCTCCGGTGCAAATG AAGCCAATAACATAATCTAAACGTTATTTTGTTCAAACATGCGAGTAAATTTCGGAGGAT GATTATTTGAATTTCCAAATGTAAAGTTTATTTATCACAACATCACATAAAAAATATTGA ACCTAAACTTTAAGATACCTTAAAATGTTAAAGAGTAAATAAACTAAGGAAAAGTTTTGT TGAGTGTTTGTAACAAATTTTAAATTGACAGATAATAAATTAAAATTATAAATAAAATAT TGTAAAAAGAGTATTTTACTCATAGATATTACCGGTACAATTTTGTTCTATCACTTATTC TTCTGACATAAAATTTATCTTATAAGAGGGACGTTGGTGGCGTATTTCTCTTTATGAAAT TCCATGAATTTGTGAAGTATTTAAAATGCATATTTAAGAAAATAGGCATAAGATAGGGTC TAGAATTAGAGTAGTCTCCAAGAAATCAACTAGAATCGAATACTTCTTATAAAATCCCGA CTAGAATTGAATACGTGCAGAATGAAATGGATACTTCTTAGGGCATGTTTGGTCATGCGA TATGATATCATAATATGGAATCATGAGATGAAATTGAAGTTTTATTTGGATATGCGATAT GAAATTTTGGTGTTGTATATTTTCTCATAAACATAAAAATCTTATAGGTTCTAAAACTAT TAAATAGCTATGATTGTTTATTCAATCTCATCAAATAAACACAAAATAATAAAATTATAT GATAAATTATTACAAAGCTATTTGTTCTCCACTTAAGTAATTGTTTCAATCTAACTTTCA CTTCTCCTCGATATATTTGAGTAAAAATGGAACACCTTTCACGAGCTCTTCAAGATCTTA TTACTCAACAATCGTGAAGTGTGAATTAAAGTGATTATATGTTAAGGTATCTTAAAGTTT AGGTTCAATATTTTTTATGTCTACCCACCATTTTAACATAATCGAATAATGTTAAATATT ATGTGACATAATGGGATAATGTTAAATGTTAATGTGAATATGATTGATACATTTCAGCCA ACTTGATAATCACTTTTTATGAGTAATTAAGCATTATTGTGATTTATAATTTCAATCATG CAAACAAGCATATCATATAAATTGACATTATTAAAAAGTAAATAAAAATATGAAATATCA TTCAAATTAGAGAAAATCTTCTAAACTAACGAAAATATAGCAGAAGTGGGGCCCTTTAAA GTTTAATCTAGAACAAGTGAAAGAAAACAAAAAAGCAGCAGTAGAATGTCTACAAGTAAA GCTAAACGGAACCTTCTGCCTGTAAAATTTCTTCTACCTTACACTTGCACCCCCTATCTT TCTTCAATTATTTCATTCTCATCCTCTTCAATTCTCTTCTCTCATCGCCTCTCTTTCTCT CTCTACGCTGCTACACGCAATTCGTCCGCCATCTGCCGCCGTTCTCCGCCCTACCTCATG ACCTCTACCATCTCTGCCTCCTCCCCTTGGCCCGAAGGCCCTTTCGTTTCCCCTCCTATG TCGGAAAATTCTCCTGATTCCGGTGATCGTTCCTCTCTCTCTGACCTCTCCGATATCTCA GCTGCCGTAACTGACGTCGTTGATGATGAACGCGGTTCTCAAACCTCGTTTACCTCTCCC ATTAATGCACCCGCCACTAGCGTACAGAACGTGAACCCTAGCCCTAATTCTATTTCTCTT CCCGTTGATTCATCTACTCCCAATGTCCTTTACCTATCCTTCAACCAGGATTACGGATGC TTCGCGGCAGGCACCGATCGAGGGTTCCGGATCTACAACTGTGATCCGCTCCGTGAGATT TTCCGCCGCGATTTTACCGGCAATTCTAATGGTGGAGGTGGAATTGGCGTTGTTCAGATG CTTTTTCGGTGCAATATTTTGGCGTTGGTTGGTGGAGGTCCGGAGCCTCAATATCCCTTA AATAAGGTGATGATATGGGATGATCATCAATCTAGGTGCATCGGCGAGCTATCGTTTCGA TCTGAGGTGAAATCTGTGAGGCTGAGAAGGGATAGAATTGTGGTTGTTTTGGCCCAGAAG ATATTTGTTTACAACTTCTCGGATTTGAAACTGTTACATCAGATTGAGACAGTGGCGAAC CCCAAGGGTTTGTGTGAGGTGTCACAGGTATCGGGATCAATGGTTCTGGTTTGTCCGGGT CTTCAGAAGGGTCAGGTGAGAGTGGAACATTATGCTTCTAAGAGGACCAAGTTTATAATG GCACATGACTCAAGGATTGTGTGCTTTGCGCTTACAAATGATGGGAGGTTGTTGGCTACT TCTAGCAGTAAAGGGACTCTTGTCAGAATATATAATACTTTAGATGGATCTTTGGTCCAA GAGGTATACACTTACTCTGAATTAATTGTCATACTCTTTTGAATTGTTTTTTTTACATGG TTAATATGGCCATTTTTTTTTATTTTAAATGGTTAATATGGTGGTGTCAATTTCCGATAG AGAAAGTAATCCAATGTGTGTTGGGAATAGAGAAGTGTTGTTCATGGAAAATGTGTTCTT TAGGAGATAGTTGTCCATGTTTGGTTGGGTAATAAAGTATGTGACAAATGATACTTGAAC CAGTAAGAGCATGCGGTGTAAGGATAGTGTTTTGTTACTACTTTTAGATATTAAAGGTTG ACAATAATGTCTTTAGTATTATTGAAGCAACTGATGTAAAGTAGGAACTATGATATTGCA AAAAGAAAAAAGAATGAAGTCCACTTGTGCCTTCTTTTGGTGGGTAATGTTTTCCACAAT GGGAGGAATACAGGGCAACCATTTTCTACATTTTAAGTAACCAAGGTAGCCAAACATTTG AAATATTTTCCAGAAAAGCATTTTCTGTCACTCCACACACACCATAAGTTTGATGGTGCT TTCTTCCAAATGAGCTGCTGCATCTGCAATATCTTACACGGGGATCTTGAGTATATTTGT TGTAGCCCTTGGACTTCTCATGGTATTTTTAGTGAACTTAACCTTCGGCAAAATTTTTGA AAACCATGATATGAAGCTAGGGTGGTTTTTCTGGCAAATAAGCTCAACATGTGTGGGGGG TTCTTCCAAAATGGAACTTGGGTGGTTTTCCAATAGCTGTCTTACGGGTGCAATATCAGC AAAGATCATTGAAATGAAACTAGATTGCACTCATAACTAGATTTTGATTGCCTTAACTTA TATGGGTCTCTGAAATCTAGATGTTTTGTTATTTTGTTAAATGGTACTATAGCTTCCCTT AAATGATAAGGACAGGTTCTTGGACTTTGTTAGCTCCCTGATTTTAGTTTAGACTTTACT GTAATGGGGCTAACCATCTTCTGTATCCTTTTACCCACATTACATTTTTCCGATCCCTTT CAATGATTACTATGTACTTCATTTTTTTTTAAAAAACAATGACATGGTATGGTTTTACTG TCAATACTTTCCCCTTTTCCCTCACTTCTGCAGACTGTTAAGTTACAGTTGTTCTAGGTA CTGGTTCTGTTATAGCCTCAGCATGCACCTTGATTCTATCCCTTCGTTTCTCAACTATCA GACCTATCAACTGGCAACTAATGTGGGTAGATGAAGTGGATTTAAGTTGGCATTATCTCA ATAAGTCATTTTTCAGTCTCATGGTGGTTTTATTTTAATGCATTGATATCTTCTAGTTTC TAGATAATCAATTTGTCTTGGTATTTGCTTGTATTTGGCAAAACCAAGTAATTTGCTCAT TGTAAGATTTTCCTGAGATTTGATGTTTTCCATCTTCATATATATTTTTGATGAAGTTGG CCTATCAAAAAGGACAAGGAAAGTGGCCTCCATATACTTGAGAAAAATTTGGGCAACTTA AACAACCAATCTACCTAAAAGTATTGAAAAAAATGAAAAGTAGGTTGATGTCCTACTCAA TGCTAGTTACGGTATTCATTCATGAAACCCGACCAAAATATTAGTATGTCCTTCCAGTGC TTACTGCTCTTCCTCTTTTGAAGGACTAGCAAGTAGCAACTATGACAAATAATTTGGACG GAGACTCTGCATCAGGCATAAATAATCTTTTACGTGCATTGCAAATGCCTTCTATTGATA CCATTTCACTGAAAATTTTGAATACCATTTGATTTTCAATGAACATTCTGGTGTGTTATT GGCTTATTGCTAACAACTGTCACTTGAGAAATGGAATGTGCTCTTGGTCTTTAGTTTTTC ATCCTAAGCATGTTTTTCGCTTAATACAGGTCAGAAGAGGCGCAGATAGAGCAGAAATCT ATAGCCTTGCTTTTTCTCCAACTGCACAATGGCTAGCTGTTTCCAGTGATAAAGGAACTG TCCATGTGTTCAATCTAAAGGTTGATTCAGCAGCTTTAGGAGTTGATAGACCAAGAGGGG CATCTGAGTCAAATGCTACATCTCCATCAGCTGTGTCTCATCTCTCCTTCATAAGAGGTA ACGGGCCTGTTATATTCTCGTCTTTAGTTACTAGACTCTAAATGCCAATCTTCCTATAAG TGTATGATATTTATAATGTTAAAGGTAGTTTTGTTTATTCAGAGAACTCCATGAAGTGCA AGCATCTCTTTGTTATAATCGCTTACATTAAGTTAAGTTCTTTCACCAACAAGAATCAAA GTTTCTATAGAAACCTTCTGATGCTTCAACTTGCGTGTGTAGCTCTGCTTTGACCTTATT AACATTTTCTAAATGTTTGACACAGAAAGAAAGGTCAACTTTGCTCCTTAGATAAAGGAT TGCCCCCAGTGCCCAGTGATATCAGTTGAACATTTTAATCATGAATGAAGAGATATTGTT TTTGGCCTACAAAAGGAATTGTAGTGTCTCCTTTTATAACATTTTAAGCCTTTACATGAT GTGGTTCAACGCAATTCAATATCGTATTAGAGTAAGTCGAAATTTTGGGTTTGGGTCGTA CTGCCACTCACTTAACAAGATTATATCCACTATCATTGCCACAGAAGAAGGAATCAGATT GCAAGTGTGTGTGTGTGTTTTGGGGGGGGGGGGCATATTTTAGACCTATATATTAAGGGA AGGGAATCTCAAAAAGTTTTCAAGTTGATTGTTTACATAAGTTAGCAGTATGGAAAGTAT AAAATGAGCAATTTGTATGTGTTACAATTCATCATGGGATCTTTTCTGGGAAACAATTGT GGAATCACTCATCTAGCTCTGTTTACTGATTATCTTACTGTTTAGCTTCTCATGGCATAT GCTCCTATTAAATTGGATGGAGGAATAGGTGGTTTCAGAATGTAGTTAAAGCTGAATAAA AGAAATATGGATGGGAACTTTTTCCAAGTTTTGGCGTAAAGTTCCCCTTTGGCAACAAAA GCTTGTGTATCTTTGGAATGTGTCCTAAAATCTCTTTAGTGATCAGCCAGCTACTTGCCC GCTAGAGACTAGGAAATGAAGTTCCTCCTTTGGTGTGTGTATGGTATGGAGGAAATTTTA TCATTTTCCATGTTTGGTTGGACACATTTTGGAGAAGATTTTCTCTAGGAAAACAAGTTC CTTACAAAATGAGGAAAATGACTTCCTTAATGGAAGTAGGGAAAACAAGTTCTATAAGTG ACTTATGTTTATTGTATCTTCTACACCCAACGCCCTCAACCACTGGATGTGACATTCCTT CGTGTCACATGGAACTGTTCTCTTATGTATAGTGCCCTGCATTTACTTTAGTACGTTGTT CAATTATTTCTTCTCTGCTATAAGCCTATAACTGTGATGTCGCAACACAACGGATTTTGA AAACAATTTTTTGGTGTTGGTGAAAGAGCTGTCATAAGAACTGGACAGAAGACATTGAAC TAGTAATCTGGTTGAACTATACCTGTTTGGGTCTAAAATTTGCTTGAACTAGCAATCTGG AAGAGGTATTTGGCCTCAACAATTGAGTTGTGTTGTCTACTAGAAAATGTAGGAATTTGT TATTCCAAGTATGAACCTCCGGAAGAAGGCAAGTAATCTGAAAGATGAATAACGCTTAAG AAAAACATGCATTACATTAATTTCAGCATATATGCACCCCTAAAATACCCGTCTTCTTAA TGCTAAGGACTTTCAAAACCTAGAGGTGAAGTGTGTGCAGTTAATTCTGACACATAATTT ACTATCATCATATGGTTTAGATTTTAGGAAGAGGTTCTTGCAATTTCAATCTCTACTTGG TTTATTTTTGAGATGATACTGACTGTTGGTTTCTAACAGTCGGAACAGGTTCTTCGATTT TGTAATTTTGTCGCCAATATAATCGGGACAGAATATTTTGGAGGCATTGCTAAAGAATTA GTTGGAGTGTTTTGTCAATAACTCAATATTTTAAGCCTATGACAGACCTTTGTGGTGTTC CTCCATGCAGGTGTGCTACCAAAGTATTTCAGCTCTGAGTGGTCTGTGGCGCAGTTCCGC TTGCAAGAAGGTCTGCAGCACATTGTGGCCTTCGGTCACCAAAAGAATACGGTTGTGATT CTTGGCATGGATGGAAGGTAAGGGTGTCCTCGTATCATTTTTTAACGTTGTCCAACTTTT GTGACAAGTGAATCACATCTTTGGAAGTTCATCTATTAATGCTTTGATGAATTGGAATGC AGTTTCTACCGATGCCAGTATGATGCAGCAACTGGTGGGGAGATGACCCTGTTGGAACAT CATAGTTTCTTGAAGTCTGAGGAGAACTTCTAACTTGGGAAGCTCGCTGGATGCATGCTA CCCTTCTTGTGTGGCTTTTGTTTTTACTGTATCTATTTATAATTTCGCAGGTGGACATGG TAGTGACTGTATATAAACATAATCCAAAAAAGATGTACATATATATAAAAGATGAGAACT GGCGGCTTTTGTTACAACCTTCTGGCTGTATTTAGGTTACTACTGTGTCGTCGTAGTACA CTGAAGTATTGTTATGGACATGCTTGTCACGTAGTGCTGAAGTATCTATCTAGTTATTTG TCTGGCTCCTTCTGTTTCTCTATAAAAGCTATGGCCAGTACATGAGGCTGCGCGTATATT ATTAGTGGTTTCTGCTGAAATTATCGTCTACACTTGCACTTCCTAAAAGCTAAATACAGA CATGGCGACTATAAAGTTCCAGCAACACAGAAAGCAAACATCAGGGAATGGTTGTTTAAT ACCGTCAATTTATAGTGAATGTAACGAGTTTTCGTTTTTATATATATCAACTCTTTCAAT TTTTTAGTCCACAGTCTAGGACAAAACACGCAGACTGTCTTCACATTTTAGCCGTAAATA AAGGTAGAGACGTCTATAATCCAAATTTACTTAATAAACAGTCCTAACTTGGAGAGCTTA AGTATAGGAAGGTGATGACTGGAATAGCAGTCATGATTATCCTAGCAAAAAAAGTGGCTC ATGTGCTTGGAGGAGCCAACTTTTAACAAAACAATAAAGTCCATCTCTGCCATACAAATG GCACTCTAGCAAAAATACTTCTAGGCAGGTATTCTTTGGAACATGATGTTCATGAACTCC GCTTGTGACAAATTACTGAATGGTGTAATCTCTCCACTTTTTCTCCTTTTAGAATGTACA TGTACACAATAACTTATGGTCCTGCAAGGTGCTTTGTACCTCCTTTTACCTTTATACCAC AAACAGGCATCCCATAAAAGAGAATTGATGGACTTGCAAAAGATGGCTCTAGTGGCAGCC TTCTTTCTGTTTTGACAATTCCACCTCTTGTTTCGCCCATCTTGGCTGCTGACCAACACG AAGAAGAAAACAAAGATACATATCAGCTGCATGCACAGTTTCTACTAGCACAGGCTCTTA GTAATACGCCTTTGGCGCTACTCCAAGTGCTAATTTTTTGTGTAACAATGGTCCATTGGG TCTAAACAGGCAACAAGAGCCCCAGAGTAACCTGACAATAATCCATAGTCTGATTTTCAG GATCAAATTAATGGTCCAAGAGGTGCCAGACAAAGGATCTGCACCTACAGACAAACAAAT TGAAGGAGCCTAGGGGACAGCATGTGTAGCTTATTTATTTCATTAATCTGTACTCTAAAT AGCACATATATAGCAAAATATAGATATGGTTGGCACTTAGTGATGAGACATATCTGTACT GCATATTATAAGATTGACTCGGAAGCAAAAGAAATGTTTCCACTGTTACATTGGATGCAA AATATTCTCCAGAGGGCGGAAAAATGAAACTTGTACCCTAGCCATACTGCAGTGATAAAC CAAGAGAAAGTGTTCACTTCTTTCTCCCAAGTGCAATGGTGGTATCATGTTAAGAAACGA AGGATCCTATCCTATAAGGTGTCTCAGTAACTCTACTGTAGTTGCATCAAATGAGAAGTT CTTTCAGTCATCTCCTATAAGAAAGCCTTTGTTTCACTAAATTTCTTACCTCAGAGAAAT CCACGCACAATTTTCTTCACAAAATCCTTGATCATTATATTACTACTATATGTTATCACA TTTGATGCAAACCTATAAAATATCTTTGTTGTAATCCCCTACCCCCAATTAAAAATAAAA ATAAAAAGAGAGAGGGAGACAATCGGAAAACAACAAAGGAACAGTAGCACTCACTTGACA CTTCCTGCTGGAACATGCATTTATCCAGTTGAATATCCCGACAAGAAGTTGCTCTTTACA ACGAAAAATATCTTCCCCAAACGAGGGATTAAATTAACATCAGAGCGCTTTAAGATTCTA CAGGGGATAGGTGAAAACAAGGTGGTGGTTAGGTAGAGCTATATCATCTGTTATGGAAGT TTGATCATCAAAACTTGCTTCTTTTGAGGAGGTACCCCACCTGGAATCAGACTTTCCTAC TGATAGAGGACTACAGAGACGATGATGCAAACAAATTATTCGGAGGTTGCTAGTTTTGAT GAAATGACCTAGGCACAACTTTGTAACAAGCATTCCTGCAATGGAAGGGAAGGAAGAAAT ATGAAGGAGTGGAGATATCACCCTACTCATGTTTATTGTCAATGTATTATGGTTTCATGA GTAACTGATGTAATGGGACTAAATGAAAAATTAGCTCTCTACTCTTTTGACATTTTACTC AGTCTAAACTTCCATCCATCTAGTGGTAGCTTGAGTAGTAAAGACTTGAAAGAAACTGAT GTACCTTGTTCTATCCATGGAATAGCAGACGTAAAACTTGCCACAAATTTCAGTAACCAC AAAAAAGAACACTAGCAAAAAGGAAAACAGATGCCAGATATCCCTGAAGAGAAAAATAAG CTACAAACCAATGTACTTTACAGTACTAAAAGTGAAATCAATCATTAATCAAAGTCCAAG ATCACTATGTTCAACAAAATTGCAAGGAACAAGGAAGAACACAACAGTTAAAAAGGTCGC AGAAATTTTTCCTTTCTCAACAATAATCCAAGTTTCCCCAGTACACTTTATTAGGCAAGG TCATCCACATTTGATCGGTGGCACATAATTTATACAGAGAATTATGAGCAGCTACATGCT CTGCTCATATACTTCAAAACAATATAATGACTAAGCCGAACCCAGGATGAACCTTGTTTG AAGTGCCTTGTTTTGCAATCTTTCAAAACAATATAATGACTAAGCCGAACCCAGGATGAA CTCAGAATATAAATCAGTACAGACGACGGTCCCTGCAAACATCAAGTACTACTAATTGCT ACAAAAACAATAAGCTTACAAACAATCCAATGCCCTCCCTTCTGCCCTTCACATCTATGC TTACTTCTTCAAAACTGGAAGAGAAAGCAGCCAATGGGATGGCAAAATCCAATGCTAGAA ACAACATTGTACACACTATTCCGGGACGACTGACCCTCGGATTACAAGAACTCTTCAAAT GAAATACTGAACGAAAAAGTAAACCACAATATTTCAAAGAAAATATAAATGGGACGTATG AAAAGTTTTCTGAACTAAACTAGAAATTTAATCACAAGTAACAGATATGTTATTTATTAT ACAAACAAATGAGTATACAATGTTACACCACAAAAAAAACAGCTATAGATAAATGAATTG TTTTGACCAGACTTTGAGTTATAACGCAAGGACAAAAAACCTCAATATAGAATCCATGGA TTTTAGTCATTCATTCTATCGTTCTACATTTTCAAATTGACAAGGGAAGCTATACTAAAT TTCAGCTTATAATCAAACCAGACAGTGAACACAAAAGAGCTGACAGGAGATGATATGGTA GAAAATGAGATAATTTCTATTATATTTCCAAGCACATTACACCAAGGTTATAAAAACCAT AACAGAAATCTACGTCCTACTGCTAGAAGTACCCATAAACTAGACAAAAGATTTGACGCA TATTTAACCCGACAATGAAACTTCTAAATGAGACTTATGCCTTCTTCGGTGACTTTCCTG CCTTAGCTTTAGGTGACTTCTCCTCGGCAACTGCCGATTTCTTAGGCAACAGAACTGGGT TAATGTTAGGAAGAACACCTCCACTTGCAATTGTAACACCAGCCAACAATTTTCCCAACT CCTCATCATTCCTCACTGCCAAAAGCACATGCCTAGGAATGATTCTGCTCTTCTTGTTGT CTCTTGCCGCATTTCCAGCCAACTCCAACACCTGTACAACAGAAAACACCGCAAATCAAT ACAAAATCACAATCTGCATAGTCAACAGAAAATTACGGATCTGAGCATAAAAATCAAATG GGTTTGTTGATTTATGTGTTTTCGTACCTCAGCAGCAAGGTATTCCAGAACAGCAGCGAG ATAAATAGGAGCACCAGATCCTACACGCTGAGCATATCTACCCTTCTTCAAGTATCGACC AATACGACCGACTGGAAACTGAAGGCCAGCTTTGATTGACTTGGTGACGGACTTCTTCCT TGGGCCACCCTTTCTCCCTCCGGCACCTTTGGTTGTCTTAGTAGCATCCATTGTTGTGTG AAGTTAAGCTTAAAGAGAGTATTACAGAAGAATGCTTTGAATACTTAGATTGAGATTTGA AAGCTGATGAGAAAATCAAAAAGAAGAGTTTATTATTTATAAGGTTGAGATGAGATTGCC ACGCTGGCGATCCGCGTGAGGAGCATCTAATTTTAACGATGCGGATTCGTTTTCTTTCAA TCCAATCTAACGGTTATAAAAAGATGAAAGGATAGCGATCCTTGGCTAACGCGAATAGCC AATTATTTAGTGACACGTGTTTCTGCTTAAGTGAATTGGTGGAGTAAGAGGTAAAACCGC GCGCGGGGATTTTGAATTTTCGTAAATTTTATTTGCAATTATATGATTTCTAATAAATCC CAACTCCTATTTTATCTTGTAACACCTTCGAATTAAAATTAAGGAAATCCTAATTTATGG TTATATGATTCATATATCATTAAAAAAAAAATTAATGATGGATTTAGAGTCGGTATAAAT CAATTAATTTTAAGTGTTCTTAAACTAAAATTAATTTTCAAAAATTTTATATGTCTGGTA AAAATAAAAAAGTGTAGCAAAAACAAATTTCATAAATCAAAATACATAAATTATAAAATT TAAACACTCACTTTATTATTTTTAGCTTATAAGTTTTCTTAGACAGACTTATAATGCATT ACGTATCGTATCTGAGTTAATTTTGTATATTGCTTTTGTTTTATTTATTTGGTTGGATTG TTATTTTTATTTAATAAATATATAATGAATTAAACAACTTATTGAGCAATTTAACCATAT CTTCAAATAATGGTCGGGAAGAACTTATTATTTTATACTGTATAATTTAATTTACTGGAA AATCAATTCAGCTCATATCTTCAAGTAGTGGTTGAGAAGAACTTATTTTTTTATTCTATA TAATTTAATTTACTGGAAGATCATAGTGTATCAATTTGGTTCAAGTTGTTCAATCAATAT TGGCAAGTGATATACTACGTATGTTTGACTTAACACCCATAGACATATTGCATAATTGAA ATATATACCTCTCATAATCTGTAAAAATATACATTAACAATATGCATATTTAAACTTAAT GTATTAGACATGTTTATACAATTTGTTGATGATTAAAAAGAAAAATTCTATATTGTCTCA GCAATAGAATTTGGATAATTCAAAAATATTATCAATCTTTGGAGGGTGGACATAGAATTG TATGATATTTAGGTGGTTGATGTTGTAGAATTGATGGGATAAGGATCACTAAATCGATAT CCATGCTGCGACTATTTGCACTGGAAAAGAGTAAACATTTGTGATAGATTGGCCAGTGGG GAATGAACATAGATTTGCAATGTGAATTTTGCAACACATTGCTCAGGAGTTATACTTCAG GGCCAGCCTGAAAACTCAAAATAGGCTATATATGTTTGGATTTTAAAAAGGTATGAATGG AAAATGAAGAGTTGCGACTTTTATGAAGAGTTGTGACTTTTATGAAATGTTGCGACTTTG ATGAAAAGTTGTGACTTTAATAAAAGGTGACGACCTTTCTGAAAGATTGTGACTTTTTCA AAGATTTGTGACCTTTCCGGTAAGGCACAATAAGAACATTTTCGCACTATCCTTTGTTTT CTATAAATTGAGGGATTTCCTCTCATTTTGATATAGAATTTATGGACTTCTTCTTCAACT ACTAAATCTAGTATTCTAAGTGTACTTTACTGCCGTTGAGTGGTTCGCTGACACCGGAGT TTTTGGTATCTATACTCTGGTGATTGAGATTATTTTACCCTGGGAAGTCATATTCCAAAT CAAACCTGGGATACTAAAGGGGAATAATTTCCTTAAGGGGACACTGTGAATTCAGTGGAC TTGATATTTTTCCTATTAAATTTTTTTCAGATTCTGGTACATGTTTTACAAACTTTAGAT TTGTAAATTAATTTCATTTCTTCTATTCTTTTGTTCTTCACTGGTTCATTAAACTTGATA ACTTCGTGTTTCTGCATAGTTTGTTGGAATCAGTAAGATTCTTTAAACACATATTTACAA CAAATCTTCTTAAGAAAAGTATTTCGTATATTATTTTTTAAAATCTGTTTCTGATTCTAG TTTCGCTACTAGTTTTAATTTTCTAGTTGTGAAAATATTCTTAAACTTTATTTTCTTACA AAGATATTCAAAATTTTGTTCGAATATCCAAAGGTTTAGATGTTATTAATAGCCTAGTTG AAAGAGGAGATAGATGCTAAGATAGTCATGAGTTAGGCATGTCCAGACATTTATGTCTTT TTTAAACTTGAGTTGTAATTATCACTTGGTAATAAAAATACTTTATTTACCAAAAAAAAA ACAAAAATCAATAACAATCTTTTTTATAGTGGTGACTTGGCTCGAGACATCTAAAAGTTT ACTTGTAGTTTTAATTGTGTCAACTATAAATACATTTTTATATATTATTTTCTATTTATT AAAAGTTGAGTCCAAAAATTTATTTACAACTATAAGAGTAAATATATATATCTTTATTGT ATCATTGACTAATGAGTAATTTTCATCAAATTTTTTGACGATACCAATATATATACACAC ATACATTTAGTATCAGTTAAGCAAAATTATCAACCTTAATTATATCAATACGATATATGA TACTTCTTTGGTAATAGTTAAGCGAAATTAGTAGGGGATATATAATGTAATTATTTAGTG GGGCATGAATGTAAGAGAGTTTATATTTGTAATATTTTACTTTTATAAGATAGTTGATTG ATTTCCTCTAAAATTAAATAAGTTGAATTCTTAGAAGTCCAACCGAACGTATTTTTATTT GTTACTTAATGTTTTGTATTTTAAAATAATAGGATTAAAATTTTGGTGGTGAAAATTATT TTATGAGCGTTATAAAATAAAGCATGTGTAGTTTTATGAAATGACAAAAAGAAAATGAGA AACATAAATACACAAATGAGTAGTAGTAACTTTTATTTATTGTTGAACGTTTTTTCTTTT CAATTATGATTGTCTATGTGTTGTCTTAAGAGAAGAATGTTATGGATATGCATGTACAAA TTTGGACACCAAGTATACTACATGGATAAATGTTTCTTTTTATTTGGTTTCAAATTATAT TTATATTCTTCAATTATAAATGTGCAAAACTATACACTTAAACTTGTATAAAGTTGAACA AATTGATATACATGTCTTGCATGTCATTTTTTAACATACGTGGTGTCCCACGTGTATTGT GTCATGTAGGACTCATGTGTTTATTTATTTAAAAATTGAATAGTTAAAATGCTTATTTGT GCATTATGAAAGTTGAATGTTAAAGTTAAAATTTGAAGTTTAGAGTTCAATATATGTATT ATATCATCTATTTACTATGTAATTATTGTATGAGGTATATTCATCTTACACATAATGAAT ATTGTGTATACATATATATGTTGCAACAAAATATATTTATGTGAACGTTTATGTTACCAA CACAAAATATGCTTATGTGGATATTCATTTTACAATAATGAGTATTTAATGTGACAATTT AAAAAAAAAAAAAAAGAAAAAAAAAAAGAAAAAAAAAAATAGTATGTTATTTGAAAGTTA CAATGTCGTTATTTTAGTATTCGATTTTGAAAACATAATACCATTATCATATTATACAGT ATGATAATTGGTAATCATAGTTTGTTTAACTTCGATTAATATATATATTTGTAAATTAAA GTGTTATGAATTTAATAATATTTTACTGACACAATACACATGTTAAAATACATATTCAAA AGGCATAATATATAAACATGACCCTTAACTTAGTGTCAATTGACAACTATGACCTTTAAC TTTGGGCTTGTATAAAATTGAACAAATAAACATATTCGTCCTACATGACAATTTTGTATC CTACATGACATCATACGTCTATTATGTCATGTAGTACACTTGTGTCTACTTGTTCAATTT TATAATAGTTTAAATGTCTACTTGTGCAAATTCAAAGTTGAAGGACATAGTTGTTCGTTG GCGCCAAGTTAAGGGTCATGTTTATGTATTATGCTTATTCAAAATAAAGTACGAACAACT CACTTTGTTAATCAATTACATTTAATGTTTCAACTTCTAAACATTTATATTTTATGCCAA TACTTACGTTAAATATTTGTTAGTATTTTAATAATATATATGTTAGTTATGCAACTATAT ACTTTGATGCGATATTCAATTTTCGACGTGTTATTTTTAAATAACAAATACCAACGATAA TATCAAATACCATACTAAATATCATAATATCAAAACTATAGTATTAAAAATTTCAGTAAC ATAACATGCCCACTCCCACCTATGGTACTTCAATATGAAAAGATCACAATTGGGTAAAAG AAAACCCATCTATAATTTAAAGGTCTGTTAGGTCATGCGATATGAAATCGTGATATGAAA TTATAAGAAAAAGTTAAAGTTTTATTTTGACATATAATTTAGATTTTTTATATTATATGT TTTCTCATAAATATAAAACTCTCACAAGTTATAAAAGTCAAATTATTAAAATTGTCACAA TTCTTTATACAGTTCAAAAAAATAAAAGTTTAGCAAAATCATATAATACATCATCATAAA TCTATATATTCGTAGAGAATACAACATTCATTGATTTAAATTTAATCAATTATAAAATAA AAACGAACATAAATTGTAGTGCACTAGTTTTTATTATAATCCTTATATAGCCTCACGTTG AACTTGCATTTCTCGATAATAAGATCGAGAATGCGAATCAACATTGTTAATTTTTTCCAT TGGTATAACATTTGATTAAAAATTATTAATTTGGTGAATACAAATGATAATGTAAAGATT GTTTTGAAATAAAAGTAAATTCTATATTAATGAGAATAGTCGCTATATGAGATACAAATA ATTTTAAAAGTAACGATTTAGATTATAAATTTTATTTGCATATAAAATAGCAAAATAAAT TGCTGACAGATGTAAACGTGAGTTTTTTTTACAAAATACAAACTTACGTACTAATTATTG TATTTGAAAATTTTCAAATCATGATTTAAAATTTTGAAATAAGACTTTTTGAAAAATTTA AAATTTTATCTAACAATATGAAATAATGAGATTAACGTTTTGACATCATATCCAAAGCCC TAGTATGTATAATAATTAGACTTTAGAGGTTTCTTGATATATTAACTGCATCAATTCAAA TTGGATGACATTTTTCAAAATCTAAACTAGAAAGTGCAAAATTTAGTTCGAAACCACCGC ACAACCTTTTTTTAATTAACTGCGTAAAAGTTTTCCCGAAATAAGTATTTACATCAAGTT ATATAGTATTAATTAATTATAATTAAAACATTATATTGAATATAAATATACATTTTTAGT AATATTTTATAATTATAATTTTTCTTTTTAGTATTAATAAAAACGCGTGGCGTTATAGAT ACGCACCTCAGTGAATCACTTATATATATAACTTTGGCTTTAATTTAGGCGCGGCAAATG GTGCGGCAGAGGAGGGGATTCAGTTTTCCCTTTCTTTAGCATTAGGGTTTTCAATGTTGT TCGTCTTCTTGTAAGAATCTTTTGTTCATTCAATTTTTTATCATCGGTGTTGTTTTGAAT CAAGAAAACCGAAATACTTTACGAATTTCGAAGATGATATTAAGAACAATCGTTGTTGGA AAAAGTGAATAATTAGTGTAATGGGGAATATATCTTGGCGATAATTGGTTGATATTGTAA GAACTTTTTATTGATTCAATTGTTGATTTCTTCATTGAAGTTACTTCTAAGTGATTGCAG AATTGAATCAAGAAAACAGGAACACTTCTTGACTATAATTTTTTTTATTGTTAATTCAAT CCTTGATTATCAGTTAACTTTCCAACCTTAAATGTTCTTATTAATTCAATTCTTGATTGA AGTTAGAAAATTATAAAGTTATATAGTTCTTGTTAATCCAATTCTTGATTGAAGCTAGAG AATTATAAGATTATCAGTACACTTTCCAACCTTAATGTGGTTCTTGGTATTTCAATTCTT GATTGAAAGTTACAGAATTATAAGATTATGAGTAAAATTTTCATCCTTAAAATTGTTCAA TTATAAGATTATATTGTTCTTGTTAATTCAATTCTTGACTGACGTAATAGAATTATTAGA TTATCACTACACTTTCCAACCTTCAATGTTTTCTTGTTGATTCAAGTCTTGATTGAAGTT GGGGAATTATTAGATTATTAGTGTTGTTACAAGTGATTGCAACATTCAATCAGGAAAACT GAGATACTTTGACCTTAAAACTATTCTTGTTTTTACAATTCTTGATTGAAGTAAGAGAAT TATAACTTATAAGATTATCACTGTTGTTTTCAAGTGATTGCAGCATTGAATCAGGAAAAC TGAAACACTTTCTGAGCTTAAACTTTTCTTTTGTTAATTCAATTCTTGATTGAAGTTAGA GATTTAGGTTATCAGTGTTATTTTCAAGTGATTGCAGCATTGAATCAGGAAAACTGAAAC ACTTCCCTTACCTTAAAAAATAGCTTTGTGTAAAATGTGTTTTTTGATGTCACAGAGTTA TGTTCCTGTTGGCAAATCTTCGGGTTTTCAGATTTTGGCATTGCTGACTGGGATGGTTGT CATTGTTATATCACCGTTGATTAGCTTGATGCATGATCAGATGGCTTTTCTGCTTCCTTC CTTTGATCTGGCATAACTGATAGTGTTGAACAAAAAGCAATGGCAGGCATGTATAGCATC ATTTATGTATGCCCTGAACAATTCTAAGGTATTGAGCAATTTTTAAATTGTACTTCAAGG ATAGTATTGGCTGGTGTTTGACAGATGAGTTTTCTGTTTTTCTTGTTTCTTTCTTTTCAG CCTCATAAAACCCTTCCAAAACTTGCAGAAAGTCTTAGAATTGCTCTATTTGCAGTTGAT GAAGTTCATTTGTTTCTAAGTAAGGTCATGATTTTCAATAAGATTACAGGTTTATATTCT TTTATTTTGTTTGATAAATCAGACTAATGCTATTATTTGGAATTGTTAAAAAAGTTTCAG CACTGAGTAAGTATTTATTTCTAGTTATTTCTCTTATTCAATTATAGGGACTAATTTACC AGTTTAACGTAAATATGACTCTTAATACATAATGCTTATTAACTGATGAGAAAATATCAT GCATATGACTAGATGTAAGTATTTATTTTCTAGTTATTTTTCTTATTCAGTTACAGGGAC TAATTTACCAGTTTAACACAAATATGACTTAATACATCATGCTTATTACTGATGAGAAAA TACCATGCATATGACTAGACAAACTCCTCGGATATATCTCTTATCAACTCTGTTCTAGCC AAGCAAAAGCTGCGGGAAAATATTGACACAGATTTTCCATTTATTATAGGCGATTATGTT TTGAGAGAGAAATTTGGAATGGATACCATGAACTTTAGTTTTATTTTTGCTACAGTATTA GTGTTTGAACCTCTTAAGGTACAGTCTTCATACCTGTACATATGCTGATAGAAATAATAG TAAATCACTTCATTTCTGCTGCTTGCATGTGGAGCACTGATTAGAACTTATTCCAGAAAA GGGAAGTCTTCCTTGAAAATCCTTTCTGGTGGAGAACTCTGAAAGTTCTGATAATGCTTC TAATGGTTGCATGGATGAACATAATGGGATCAATGAGGTTATTTAGACGACATTGAGTGG AATGCTGTTTCTGAGTGATAATGAAGTATCTTCTCCTGGGAGATATTGGAGATATGGTTT ACATTCATTGAAGGGTAGACAGTTGTCTGTTGAATATCTGGAAAATGAGTGTGATGTTGT GCAACATGTGGATGATTTGAATGGTAAAACTCTTCTTTGGGTGAAAAGATCGGTTTATAC AGTACAAATCTAATTTAAGAGAATTTGATTGACCCCATCTTCCATGATAAAAAGATTACC CAACCAATAACTCGATCTGTTACCAAAGTCTGAAAGCCACTGCGGTGACATTAAAAATTA TTGTGTAAACATAGAGAATTTTGAATTTTTTAACAGTAGTTACCTTAATGTAGATTGAAA CAATTTCTTTTGTTTTGTCGTAGCTGCAGCAGTACTTTCATCTACATTCTAAAGTGTTTG AGTTTCAATTTACTCATTTGAAACAACCACTGGACAATCTATCGTCATATCGGTGCAAGA TTGTTTAGTATGAGATTTTAAGAGGAACCTTTGCTTGAGATACTATGGCTTATTCCTGGC AATTGATAGAAGAACCTTTCATCTTCTTACCCTATGACAGAACTCTTAATGCATGATCAG AAGACCACAGAAGATAAAAGTATCTCATCCTACTCTTTCTTGCATTCTCAAACTTGACTT TTTTATGTGACAGGTCTCTTCATTTCTTAAAACCAAATCGGGGAAATGCTTTTTGTGGAT TTTCCTTAGCCTCTAGCAATGTTGCAGATTAAGTAAAGATTTCATCTTCTCGTCCCAGGG CACTTTTTAAAATGTATATTTATTATTTTTTAAATTGTAAGCTTGGTCATTTACTCCTAT ATTTACTTTATGAATTCAAGTAGATTGTACTGATATTAATAATTGGTGCAGTTTCTTGTG GTGAATTTTGTGGAAAACTACCTCCGAAAGGTTGTACTGGTTTATGTTGCACAAAACTTC TGATCTGGCCTATGATCCAGAAGAAAGAGCAAAGTTTTGACACGAACCGTTGGAGGATGG ACCAACAATAATCTATGCCCCATTTAGGAAAGAAACATTAAGTGTATGAAAATCTCTTGT CTAAACCTGGGGTCATGGCTGCTGCTTACAATGCTAAGGTAATTTATATCCAATCAGGTA AAGTAATTATATTGCTGTCCCTCTGATTTTATTGATGTTGAGTTTATTTCGCCACCAAAA TTTAATTGTTTGAAACTTCAGATAATTTTGCATTGTCGCATGATGTAGGAGCATGTCTGT AGGATGCAAAATACCATAGTTGTGAAAGTGGACTAAAGGTGATCATAAACAGCATGCTGT TCAATTGGTTTTCTTTCATGTAATTAGGTATATTATGTCACTGTTATATTATGTGGTAGA GGTCTGCTAGATTAGAGTCAAGGTCTAAAAAATTTCGCAGCCCAAGTCTTTGCACATATT GTCCGCTTTTGCTCAACAGACCTTACAAATTGGTCTCTTAGGCTACACCACCATTGAATC CAAAAATGTGCCTACCATCCAAACTTGTGCTATGTCTTATCTAACACTTCACTCTTTTCT TCCTTTTTCATGTGATATCTCCCTTACTGTCATATGTACCCTTATTCGAAGGCTTGCCAA TCCTTTTCTTTGACTTGTCTTCATTAACTCGCCCTCTATTATGAGTGTCACGTGAGGGTG CTTCCTTACAACTTAGCGTCCTTGCTAAGATTTGCCCCATCATCATATTTTGGGAACTTG CCTCTGATGTCATTTGTTGGTAAAACATAAGCCCGTGGCATCTATTGTGCGCTTCGGCTT AACAGAATCCACGGGTTTGTCTCTTAGACAACACTATCAAGCCCAAAAGCGCACATACCA TGTGAGCTTGTGCTATGTATATAAAGCACTTCTCATTTTTCAAACTTTTAGACGTGAAAT TTGCCTATGGTGTCATATGTAACCCTTTTTCAGCAGCTTGGCAACATAGAAGCCCTCCAA CTCTTTCTCTTTGACCCTCCCACATTAGTCCACCCTCCTTCCTGGGCATTAAGTTGCTTA TACTCTTCCTTGTCAATTGAGCAGTAAGCTTTGTCCTTTATCTTTTCAGTTGTCAAAACA TATCTGAGGCAGGTGCATAAGGAATTTCATGAGAATAATCTGCCGGTAAAACTAGGTGAC GTGTTAGATGAAGTAACATTAACAAACATTTTGAATTGTATTTCACATGTTATTGCATAT ACATAGGTCTTTGATCCTTTGCATTAAATATTCAATATTTTAGAGTGATATGTGCATATT CCCTTATGTTCACGAAGAGGAAATTAATTGTGGAACTTAACGTCCTCATTTTTTGTGCAA ATCTAGTTGGATCAATCTCTATTTCGTCAGCACATATGCTTTATTGGTTATTTTTCTGAA CTTGGTACAGTTGGGAATTCATATGCCGAACCCTTCTAGTTTGGCATTGAGGCATATGAT TTGTAGTATTTGTTTTTGTTGATTGAATTTGTTTTGATGTTGTCCAATCTCTGTACTGTC TGATACAATAAATAGATGATTCTAATATAAGAGGGTTTGTACATTGAGAATATATTGTGG TATCCGGATCTAGCTTTGACTCTAATTATTTAATTCCTGCTCAGTTCTTATGAAAGTGAA CTTAAAAAAATAATTTCTTAGTGAACTTCACTTCTAAAAAATATTACATTGATTTCTGAA TTGCCTTTTACTTCGTCATCAAATGTTATTAATAAGATGGCACAAAGAAGTCTGCAACAT GGAGTGGTGGTTCTTTAGTCCTGTTTCACGAATCATGGATGTTTATCATATCCAGATACT GTTTTCCATGTCAGGGAAATATCATTTCCTTGTTCTGTTTTGTTCTGATTGGACTGTCTT AAGTAAGTCATAATGATCTGAAAATATTTCCTGTTGTATGTTTCTTTTCAACATATGCTA TCATATTTTTTAACAGTTGTTGATAGTTGGTATAATTTTTCTGCTGAATTTTTTACGAAG GCCAGTGATTTTCAAGCATGCTGCATGCCTGTATCCACTTTAACTCTTTGATAAAAATAG TATCTTCAAGATATCTTGAAACAGATGGGCAATTTTCTTGAGCTTAAAATTGTTTACTTA CATTTAGGTTTTACGCTTGTTTGTTAGTTAACTGAGGCTATGCATTGTACTTTCTGGTAA TCAGGCCATTGTCGCAACAATTGCCTTTGGGATGCGCATTGACAAGCTGAATGTGTGAAG GATCATTAACTATGGTTGGCCCCAGGTGCAATTACCTAGCTAGATATCCTTTACATATTT TATACAACTACGTCTGTATGCTCATGTAAACGAACTCCAAAAAAATCTTGAGCACCTTCT TATTTTGTCTTGCTTCTATAGTAATATGATTGTACATATGTTCATATGTGCAGTTAAGAA GCACTGTGTTTAAGGACTTGTTTGAACTATTTTCTTTTAGTTGTCTTTCTGTTACTATTT CAGTTATGCTTCGTGGTCAAGCTATTGTAACCTTTACAGAGTCTGGAGGCTTATTATCAA GAGGCTGGTCGGGAGGAAAAGTAGCAGAGTGTGGTCAGTTAATTTGAGTCTTTTTTAATC TGTGGTTTATTTGTCATAACCTTTAGAAGAATCATTCTACTTCAAAGAGAATAAAATGGT GTACACTGGTTCACATTTTTAGTAATGTTTGGAATTGTGAGATGAGCAATTTCCCGATGG TGCATGACATCCGTTTCTTGGATAAAAATAATCTATAATGGGCCTTTATGCAGTGCTGTT TTTAGTAAAATTGGAAGTTCTATATTAGAATTCAAAAGCTAAGGACATAATTTCTATGAA TACTTAAATAGTGAATTTGTAGACATGGAAAAAGGTTAATAACCTCTTAATCTAATCTAA TTTGGATTCAAATTTGATGTCCAGAGAAATTTTGGCATGATTACATTTCATTGTTTCACC TTTTCTAGTCTGTTTGACATTTTTTATGTAGTAGTAGTTGACTTTAAAAACTTACGAGCT AATCCTTGAATCATATAAAGAAAATGCTAAACATCGTAAGGTCAAAATGGTTCTCATTAT AGAAAGTTAAATGAATTTACAAAGTGTCTTCTTGAAGGTACTTAGTTTAGAAAGAAAAGT AAACATAATAATGATACAAGTAAAAATTAAGGAAGAAGTTGATGATAGGATTTTAGTGCA CTTACGAGGAAAATAGATATGGTGAAAGGAAATCTGACATTGTCAAAGTATCACTATATG AATAGCTTTGTTGATAAGGAACCTCATGGCTTCTCATTGGTTTAGCAGAGTTTATCCTGC AGTGCAAAAATTTTGGTTTTGATACACTTGCACCAAATGCTCTTTTATTCAACTTAAATT ATCCAGAAGAGTCATGTTTATCTATAGATCTGAGAAATCAGCTTCCAAGAGGCACTACAT GTATTTTTGAGCTGTTTGATTTTTTGTGCAACAGTTCTGTATGCAAACTTGTCGAGATCA CCTACGCTTCTACCAAGTGAATGAAGTGAGGAGCAGATAAAGCAAGCCTAACATGGTCCA TGCTCTGAAAGCAAATCCTAAGTCCCATATCCAGGAGATTGAAGGGTCCTTGATTTTTTT CTCTCATCACCCTGAAAGCCTGCACATGTTCACTTTCCTCTTCGACGATATTGGTCCCAC AAGATTACATGCATATGGACGGGTCTGGTGTCCACACGTTCACATTGATTAACAGGGCTG GGAAATCAAGTTATGTGAAGTTCCACTGGAAGCCCACATGTGATGTCAAGTCCTTGTTGG AAGAAGAGGCAATCCGAGTTGGAGGAGCAAATCTCAGCCACACTACTCAGGACCTCTATG ACACTATTGTAGCTGGAAATTATCCTGAATGGAAGCTCTTCATAGTTCATTCAGACTATG GATCCAGATCATGAAGACAGCTTTGACTTTGTTCCACTCCTGGTAGTACTTCTCTTATGA TGTCAATATAGCGTTGAGGTGACTTGTCTTTTCAACCTTCTCTGACTGTTCTATGTTGCC TTTTTTCTTCTTTCCTCGTCTTGGGGTACCATTAGAAGTTAACTAACAGCCTACCTGTTT ATTTCAATTTAGAACTACTTCTTAGGATAAAAATTATCATTATACCTATTAAATTGTGTT TTAGCATTTTAGAGGATCCGTTTTTCCTTTTTACCCATTGACTTAGTACGGAAAGTATTT GGTTTAGTGGAGGAGATGGTATCTCGAGCTTACAAGCAGTAGCATTTACACAAAATTTAA GCCCTCAAAGTCTTCATCCTGGTGGCTGCCACTTCAGTTTATTCGATGATTTGAGATGCA ATTCCACTAAAATTGAGTATCTTCTATTGGGTATATTGCTTTTGAATGCTGAATGAGTTG TTGAACACTAACTGTCACTTGAATGTCCTATCTTGAGATCCAATATGTTATCTCTTCATC AATGCATGAATGATGAAGTTTAGCGATGAGGAGATATGACAGTGCAGATCCAGTGAAGGA TCCTGTACTGCGCGAGGAGGGAATCCAAATTTTCTTTCCCTTTCTTTTAAAGCCAGGTTT TTTACTGTTGTTGTCTCCATAGAAAAGTAATCAACAGCATCTACAACGTTGTTGGAAAAG GTCTGTTGTATGAATCTTTTGTTTATTCAATTCTTGATTGTTCACTAGTTTTCAATTTGT TGTGATTGTATTTACATAACAAGAGAAATGGTATGAAGTACAGCTGTTGGTGGAAAAAGT AAACAGTTAGTGTAATTGGGAATATCATTTGGCAATAATTGGGAAATTATTTTAATAAAA GGTATGTTGTGAGAACTTCTTGTTAATTCAATTCTTGATTGGAGTTAGAGAATTGTTAGA TTATCAGTGTTAATTTTTAAGTGATTGCAGCATCAAATCAAGAGCAGTGGAACACTTTCT GTTCTTAAAATTGTTCTTGTTAGTCAATTCTTGATTGAAGTAAGAATATTATTAGATTAT CAGTGTTTTTTTCAAGTGATTGCAGCATTGGATCAAGAAAACTGAAACACTTTCTGACCT TAAAATTGTTCTTGCTAATTCAATTCTTGATTGAAGTAGGAGAATTATAAGATTAACAGT ACACTTTCCAGCGTTAAATTTTTTCTTGTTAATTCAATTTCTTGATGAGAATTATCAGAT TACCAGTACAATTTCCTACCTTGAAATTTATTGTTAATTTCATCCTGGATTGAAATTGGA GAACTATTAGATTATCAGTACACTTACCTACCTTGAAATTTTGTTGTTAATTCAATCTTG ATGGTGCGATTGATTATCTACTCGATGTTTCTCAAAGAAACACTGCGAGTGCATCCACTA GTTTTGCATGTTTCAGCCGCCGTGCTGGTATGCTAGGAAAAAGAGGCTCCTCTTCTTCAT CTTGTTCTGCAGGCAACATACGGAAATCAAGCATAAACGTATGCATTCAATCAGCAATTA GACCTAAATGAAGCAAGACAATGAATAAGTTGAATATGTCTCATCAGAAATCTTGCAAAG AGATACTGGAGGTCGAAATGTGCATTCTCCTCTAGAGGATTTTGATCTCCACGTTGCAAT TGGAAAAGCTGTATCATCATCTTATTGCAAAGATGAAGATATTGGACCAGATTGGCAAAA CAAGGTCAATAATTTGTTGCAGAAACACTATGGACTTTCATTGTTGAAGGAGTTTCAGAA GGAAGATCTAGAAAGCTTGGTTGTCTCACCGAGACTGTCTTTTTCTTGCAGCAACAGGAT CAGATACTACCCCTCACACTTTTCTTTCTCCTCCATTATCTCCCTTCCTGTAAAATATGA TTTTTGATTTCTGCAGGGAAATCTTTGTGTTTTCGGATTTCGGAATTGCTGACTGGGAAG GTTGTATTGAAATATTGGACCAGATTGGCAAAAGAAGGTCAAGAATTTGTTGCAGAAACA CTTTGGACTTTCATTGTTGAAGGATTTTTCAGAAGGAAGCTCTAGAAGGTTGATTGTCTC ACCAAGACTGTCTTGTTCTTGCAGCAACAGGATCAGGTACTAGCCCCTGACACTTTTTCT TTCTTCACTATTCTCTCCCTTCCTGTTAATATGATTTTCGATGTCTCGGAGTTATGTTTC TTTAGGGAAATCTGTGTTTTCAAATTCCGGCATTGCTGACTGGGAAGTTTGCCATTGTTA TATCACCTCTGATTAGCTTGATGCATGACAGTGTTTGAAGTTAGCAAAACATGGTGTTTC TGCTTGCTTCCTTGGATCTTGTCAAACTGATCGAAGTGTTGAACGAAAAGCAATTGCAGG CATGTATAGCATCATTTATGTATGCCCTGAGACAATTCTAAGGAATTGAGCATGTTAATC TTTTGAATTGTACTTCAAGGATAGTATTGGCTGTTGTTTGACAGATGAGTTTCCTGGGTT TTTTTTCCCTTTTCTTTCAGACTCATAAAACTCCTCCAAAGCCTTGCAGAAAGTCATGGG ATTGCTCTAGTTGCAATCGATGAAGTTCATTGTGTTTCTAAGCAGGGACATGATTTTCTA CCAGATTACAGGTTTATATTCTTCTATTTGTTTTATAAATTAGACCAATGCTATTTTTGG AAATTGATCAATAAATTTGAGCCCTGAGTATGTCCTTTGATATAGATAAATCCTATAGTC TCTTTTCCTAGAGTGCAAATAAATAAGAAGGAACTTGTTATCCTTCCATACAGTTTACAT ACCATAAGGACCAAGCCAACTACAATCTTTGCAGGTGGTACTTCACATTGGGTGTGCGGT GGGGTGGGCTGACCTTCCGAATTCTGGTTCTATGTTTGTTTAGGCACTTGATCAGTTGAA GCTCAAGGAGCCTCTGCTGTTTTTGTTACTACTGATCATGGCACTGATTGCTACTGCCAC TACTCGTGTTTGATAAGACATTCTGCAGTCATTGCACATGTCAAAGGTGACACAAATTGT TCTTACTTCGTTTTTCCTGCCAAATCTAAGATTTTTTAGTTAATTAATCTACACCTTGCT ACGGTAATTTTTTTGTTTTGGTATTCCTTGTATGTTCTGCATTTGTAGTTGCTGCACCAT TTCATTCTTCGCTTTGTTTATCTTATTTATTTCCTTATTTTGTTTGTTGTGTGAGTATTT TGGGGGGGGGGGGTCATACTTCGCTTTGTTTCTCTTTTTTTTCTCCTTATTTTGTTTATT TGTTGTGTGTGTGTGTGTATTTTGGGGGGGGGGGCATACTTATTTATTGTTAATCATCCA TTTATATACATACTCAAGAACTAAATTACTACTTTCTTTTACTAGTTTTGGTATTTAAAC TAGATCCTTAATCTTTGTGTCACTTTATGTCTGCAGCATAATACCATGACAGAACTATAC TGCATATTAATAAAGTTACCATTGAGTGTTTTTAGTTTTATTTTTTTCATAAGTATTAGT GTTTGAACCTTCTAGAGGTACAGTCTTCATTCTCTGGACATATGCTAATAGAAATAATAG TAAATCACTTCATTTCTGCTCCTTGCAGGTGAAGCACTCTAAAACATATCTTTAGCATTC TACAAAGTGGATTTTCATGAATGGATAAATACTTACTTTGGAAAAGGTAAGTCTTTCTCA AAAAATAAGTTAATGTCTACAAATCTGGAATAGAACTCTGAAAACTCTAATAATGCTTCC AATGGTTTCATGGATGAATGTAATGGGAGCACTGAGGTTAATGTAGAAGACGTTGAGGGG GATGCTGTTTCTGACAGTAACAATGAAGTATCTTCTCCTGGGAGATATGGTTTATATTCA TTGAAGGATGGACAATTGTCTCAAAAGAGAGATGGTTTAGATTCATTGAAAGAATGACAA TTGTCTGTTGAGCATCCGGAAGATGAGTGATGTTGTGCAATACGTTGATGATTTGGATGG TAGAACTCTTCTTTGGGTGAAAAGATCTGTTTATACAGTATAAATCCAATTTAAGAGAAA ATTTGATTGACCCCATCTTCCATGACACTAAAGATTACACAACCATTAACTCGATTTGTT ACCAAAGTCCGAAAGCCACTTCAGAGACCTTGAAAATTATTGTGTAAGCATAGGAAATGT TAAAAAATTTAATGTTGGTTACCTTAGTGTGGATTGAAACAATTCCTTTCGTTTGTCGTA GCTGCAGCAGTACTTTCATCTACAATGTGAAGTATTTAAGTTTCAATTTACTCACCTGCA ACAACACTGGACAATCTATCGTCACATCGGCGTAAGATTGTTTAGTATGAGATTTCGAGA GGATATAAGCTTGAGATAGATAAGCCCCTGGCAATAGATGGAAGAGAAAACCTTGCTTCA TCTTATCCTATGACACAACTCTCCTAGTACATGATCAAAAGACCACATAAGATAACTCTT AATACAAAGTGTCTTCTTGAAGGTACTTAGTTTAGAAAGAAAAGTAAAGATAATAATGAC ACAGGTAACAATTAAGGAAGTAGTTGATGATAGAATTTTAGTACACTTACTAGGAGATTA CATTCGGTGAAGGAAATCTGACATTGTCATAATATTACTATATGAATAGCTTTAGTGATA AGCAACCTCATGCCTTCTCCTGGATTTAGCAGAGTTTATCCTGCAGTTCATAAAGTTTGG TTTTGATACACTTGCACCAAATGCTCTGTTATTCAACTTAATTTATCCGGAAGAGTCATG TTTATCTATAGATCTGAGACATCGGCTTCCAAGAGGAGGGAGGCACTACATGTATCTTTA TGCTGTTTGATTTTTTTGTGAAACAGTTCTGTATGCAAACTTGTCAAGAACACCCTACGC TTCTACCAAGTCAAAGAAGTGAGGAGCAAACAAAACAAGCATATAAGATGTTATCCGATT GCTTTATGTTGTAAGATAATTATTAATTGAACGACTTCAATTAGTACTTTGGTTTCCATC TTATGTGTTGGTTATGTTCAACAGATATGGAATGAACACTTCTTGCTATAGAGCCAAGAC ACCTGTGGAGTACTTTGGCGAGCATTTTTTTTGGAGATATGTCTCGTATATGTCAATACA CACTGGCTATTATTGTGTTTCTCTTTTGTTTCTTACAAGCTGCTTCATGTCAAGGATGTG TGCTTGTGCTTCTCTGTTATTCCTCTTAAGTTGTTCTCTAAATTGAGGTTTCGGGTACTC ATTTTATCACAGGACATGCCACATAAAAGAGAGATTCATTTGTAGCAGTTTGAAGTAAAA AATTTCTCCCTATGCATGTAAAGATGTGCCTAATGCATCCCATTGCTAATATCTTTTTTA ATTCATGCGTACTGATGCTTGTCTTATTCTTGTGTAAATTTTTGCTCAAGAAAATACTTG TTTATGACAGGTTTTCTTACTTGCAATGAGTTCAGTTTCTTAGTTTATGTCATTTACCTT GCACATAATGCACAGTGTGGTATATGCATCAAAGGCCCACCTGAAAGACAGAATTTGAAG ACTGAGGCGATGATCATCTTGCAAGTTGTTGTTACTCATTGTGTGAGTGCCATCTCAGAT TTGCTTGCCCTCCTTCGTACTTTGTCATCTCATTTTGGCATTGCTGGTCATTATAAATCC TTTCTGGCTCAGACGAATTTTGCAGACATCTGTTATGGTGGTTATGAAGGGAGAGTTGGC GAGAGGCCAAACATCAAGGCTTTAGTCAGCAGAATAAGGGAACAGGTACTTATTCTGTTC AAGCCCTCTCTCTACCTCTATCCCTTGCTCTTTGCTAGTTTGATGTGCATGCCCCATTGA AAATTCACCGCGTAGGCCTTTTGTAAAGCATGTCTACCTAGTGATATGACAGAACCTACA AATCTTCCTTCAATTTGAATGAGCTTCCTGTTACCAGCTTCTGGGATCTTTCATGCCCTG CCAATAGAGCTCCCCGGAGATATATCATGTTTGTAATTTGGATTGCTCTCGAAGAGACTT CTTCAAAATCTTTTTCAACATCAATCATATGCTGGGATGCTTATAATAATCTGCAATTCC CGTCTTATGGAGTAAAGGTACAACGTCATACTGAAAATAGGCTCAACTTGTCGAGCAGCT GTCCTCCTGCTACATGTTACTCTACACTTACCAAGGCCGTGTTTTATTTTGCTCATCTCT GAAGTGCCAATTTTCTTTTTCAGAGAACTATTCAATCACCTGTGCATTTATTCCAGTATA CCACTTTTAATTTAAGAAGTAGGTCAAGGGTTGTGGGACAAAGCAAAAAGACAATAGATG ATTTTATTGGGACAGGGACTGCCTTATGATAAGATTGTCTCCCAGGAAAACTGCAGTAGT TTGAAGCTATCACTAAGAATAAGACATTTAATTACCCTTTTGATTGTTTTACTTTTATCC GTCTGGTTCCTCCTGCTTGATGGAGAATGTGGAAAGATAGAACTAGTCAGACGTGTCAAA GTTTTATTGTTAAAACAGCTGTTGTTACCTTGGAACTATGGTTACATGACAATATTAAAT GATGCATCTTTTTCTTCTGGGAGAGGAGGGAGGGAGGGGGGGGGTCTAGTGGGTGGTAAA GGTTTTCATTTGGTGCCTAATTTTCCACTTTCTTTATGTTGTGTTACCTTTTGAAATAAA TGTTGAACTTGGAATATGTTTGTATGTTGTTATTTTCAATGATACTGACGACCGTATGCA GACAAGTCTTCATAATACGGTTACTCCTCCTCCCCTCCCCCCCCCCCAAAAAAAAAAAAA AAAACCCAACCCTCAATTAGTTAGTTTTGGTGGTACCATAATGACAATAAGCGCATCTGG TGTAGTGGTATCATAGTACCCTCCCACGGTACTGACCGGGGTTCGATTCCCCGGATGCGC ACTCACTTCATTTTTTACTACAATTCTTTAGCATTATTCCTTTCTGGAATATAATTCACT TCAAGCAAGGGATGTGAAGTTATGCCCCTATTGATGCAAAGCAAAGAATCAATTCCCCTT TCTATTGTTTTATACTTTAACAACAACAAGTCATCTACTTTAGATGAGTTCTCAACAGAG CCTCAATGTATTTTAACAACATTGCCTTTGCAATTATAGGCTTTACATCATCATTCTTGC TATACTTGCCAACCTTGAGGAGAAGGCAAAAGAAGGAATTAGCAGCAGAGAAATTAAGGA TAATAACAGAAGCATTAGAACAAGCAGAGGATAGAGTGTTAAGGTATGAAGAAAGACACA GCAAGATACTTAACCAAATATGTTCACATTACATTGTAAGTCAAGAAATGGTAGAAGCAC TTTCTGGTGCTCGAGAAGCGATGAATGAAGCATTAGAATTTGCAATTACGCTCAGAAATA TGCAGTTAGAAGTTATCATATTGTACCCTGATGATTATGATAGTGCTTCAAGGCCTGTTT GGTTAATTGGAAAATCAAGAAGACAAAGGAACAATAATAATTAGCATAGATCAACATACA TGTTCTTCATTATTTCTTGATCACTCAATGGATACTATTTCCTTTCATCTTTAACCAAAA AATTTGCAATATTCCTCTTTGCATTGAAATCTTTGTATATTTGGCAATAGCAGGCATTTT GTCTAATATGTGATTATCATCATGCTAGTAGGGTGTTTACAATATCAACATCAACAAGAA TAATAATTACTTTACTACGTTCCAGTTTCCAACAAGTTGAATTGGTTATATGAATACACA CTTCTTCATTTAAATTTGAATTTATATCATTATCAAGCGGTATTAATCATAGCAAAATAA GTTGAAAATTTTGGAGGGGATAGTAATATACTTAATGAAGAAAAAATAGATAAATATGTA CCTTTCTCTAAGTTAGCGAAATTATCCTTAATTGAGAGGAAAAATAAAAATTTGTATTGT TTAAAGAAAAATTTTATGGGTTATTTTTGTGCATAAATGTAAAACAAGTTTTAAATAATA TTGTTTGCATCCTCAACACCAAAATAGTCCGCTGTAGCACTGGCAATTCTATCTTGTTGA AGAATCCGGGTTCAAATCCTGGCAGCGGAAATATTTTTTAATACATATTTTGTAAGGTTA TTTTTTAAATCTTAATTATTAAGTTGTATTTTTTAAAAATATCGTAATTAGTTAATTAAT AAATATATTTCTATTGTGATTATAGAATATGGATATAACATAAATATATCCGACTTGTTT CACGCGATTAAAAAGATTAAGATATTAATAATTTTATCAAATATAATATAGATAAAAGAG GTGTGCAATATATACACATTACACATATAATTGATTTCATTGAAGAAAACTTTTGATTTA TAGTTTGTAGTAGATTCTAACAAAAGTCATACGTTATAATTTTGAACTAAAATAAATTAT AAATTTACGACAATTAGATGTTCATATAAAATAAATAGAAATTACAGTGAACATATAATA TAATATAATGTAGTGTAACATTATTCTTATGACCTTAACTACAATTAGATATTCATATAA AATAAATAGAAATTACAGTGAACATATAATATAATATAATATAATATAACATTATTCTTA TGACCTTAACCACTAAGAAAAATAGAAGAAGAAACAATACGAAATGAGTGCAAGTTTCTA TGAGTTTTTATCCATATTCATTCAGACAAGTCGATCATCATTCAATAGTCTTCATTTTAT TCTTTAAGTCAAATTAAGACATAAATATAATAACTTAAGAGACTAATTTAATAATTTCTA TAAAGTCTTGTAATATCGATATTTATAAGACTAAAATACAGATAATGTCATGAGTATCGT AAAATTATTTTAGAGGTTATAACAACAAAAGATTATGCGAGTAATAAAAATATTGATCAT TGGGTTATACATTAAATAATGTGAATGAATTGTCAATGACATGTTTATTATTTTACAATA ATAGAAAAGTAGGAGAATTTATCAAAAATTATGAAAAAAGAATTATAGTGCCAAAAGAAG TTATAAATTAAGTTTTTTAATTGGCAAAAATTATAAATTCATATATAATACAAAATAAAG AAAGAATATATGGAAATACACTATCGAAGGTGACGACAATTCAACTGTTATATAGAATAC ATCATTGTGATTCACGTAAATCTGCATGCGTGGCTGGTTCAGTCGGACGAGCCAATACAT GAAATTTGATACCCTATATTTAGAAAATACTAAAATATGAAATTGTACTTTATTTTACAT TAATAACTTCATGGTAATCAGATTCTATACATATATACAAGCCAACACAATGAGATAGAA GATGCACTGATTCACATACAAGATAACATAGTCAAATAATAATAATATTTCTTGGTATAT ATTCAGCATATCCTTTGTTGTTCGACTTACTGTACATTATAATAATACTGCTTATAAGTT ATAACGTACACAAAAAGCCATTGAATAGCATGCTAGACAACAATCACATGTACAAATACC TTAATATTCTTGTTCGACTTACTGTGTACATTATCATGATATTTCTTACAAGATACAACA ATAAAAATTGCATGCAAGTTGAATACATTACAAGTTGTAATGTTACAAAGTATTATTTTA TATTTTTTTATGGGACACTATTAATTATATAATATTTTCTAAAATTAACAGATACATGTA CATTTTTACATAAATATGTATATCCGTTTTTGTTCTCCCTTTCTTCTTGTTATATTTCAA TATAAAATAATAATAATCCATGAATAGAAGAAAACTTTATATATAATTTAAATATAAAAT TTACAAAATATATACACTTTATGAACTAAAAATTAATTTCCACTCTTGAATAACATTTTT CAAAATTCAAATCAAACAAATGCCTTTTTTAATCAACTGTGTAAAAATTTACCAAATAAA GTATTTACCTAAAATGAAATAATACATTAAAACAAATCATTATAATTTTTTTTAGAAATA AAAAGGCGTGTGGCGTGAGCGTGACGCGGTTAATGTCCTCACTTATATATATGCGGTGGC TGTAACAATATTTGCCTTCAAAATCTTAGCGCGGGACAAATGGCGCTGTAGAGAAGAGGG GATCCAATTTTCCGTTTCTTTAACATTAGGGTTTTCACTGTTCTTCGTCTACACAGAAAG GTACTAAGATCAATTATTCTTGAAAATCTTTATTAGATTCTCGATCTTGTTTTCAAGATT GAAGCAAGAAAACTGAAATACTTTTCGAATTCTAACATTAAAACACAGTCAATGTAGCTG TAGAAGTGTTCTTTTTCCAATTCGTTTCATTGTATTCACATAACATTAAAACACAGTCAA GAACAACTGTTGTTGGAAAAAGTAAACAATTACTGTAATGGGTAATAACACTTGGCGATA ATTGGGAAATTAGGTAAATAAAAGGTATATTTTGAGAACTTTTTGTTGATTCAATTCTTG ATTGAAGTTAGAGAATTATTACATTATCAGTACACTTTCCTACCTTGAAATTTCATTGTT AATTCAATTCTTGATTCTTGATTGAAGTTGGAGAATTATAAGATTATCAGTACACTTTCC AACCTTAAATTTTTTCTTGTTAATTCAGTTCTTGATTGAAGTTAGACAATCATCTGCTCA GTATTGTGAAAGGCGATTGCCTCGTCACCAATGGCAAGAGGCGAGGCGAGGTGACCCTTC ATCGCCTTTTAGCTTTGTGGCGAGGCAATCTTCAAAAGGCGATGCCATGTCGACAAAAGG CTAGAGGCGAGAAAGGCTAGGAAGGTGTCGCCTTTTGTGTTTTTTTTTAAAAAAGGCGAC AAATTTAGGGTTTTTTAAAAATTAAAAGGTAATTTTAGGATTTTCGACTAGACTCCTCCG GTAACTTGCCAGGCTTTTCCGGCGACTCCAAAGTCTAACCAATACATATTTCTTGTTTTC TTCTTCAGAGTTGGTCACTTTTACCTTTGTTTTGACTTTTGTTCTTTTTTTTCTCTTTCA TGTTCTAGGCTTTTAATACGTACTATCTATTTTTAGTTTTTAATTTGAAAAAATTGCTAA TATGTTATTGTTTGATTATTTACATATGCAATTAAAATTTTAAATATTTTGGTATTAAAA GGAGCCGCACTTAAAAAAGGCGAGCGCCTCGCCGTTCGCCTCGCCTTGTGGCGAGGCAGA CCCTTGTCGCCTTTTATCGCCTTTTGCCGTCTAAAACACTGCATCTGCTTATTAGTGTTA TTTTCATCAAGATTGCAGCATTGAATCAAGAAAACTGAAATACTTTCCAACCTCAGAAAC AGTCGATGCAGTTATAAGCGAGTTCTTTTTTCTATGTACAGAAGTTTTCAATATGTTTGA TTGTGTTTACATAATTAGATAGATGATATTTAGAACAATGTTGTTGGAGAAAGTAAACAA TTAGTGTGATGGGGAATATCACTTGGCAATAATTGGGAAATTATGTAAAGAATAGGTCTA TTGTGAGAACTTCTTGTTTATTCAATTCTTGATTGAAGTTAGAGCATTGTTAGATTATCA CTGTTATTTTCACGTGAGTGCAGCATTGCATCAGGAAAACTGAAACACTTTCCGACCTTA AAAATTAGTTTTGTGTTTGTAAGTCCCCTAAAACAGTAAATATTCTGAAGTTTTCAATTT CTTTGATTGTAGTTCAATCTGGACTCTCTGACTTTTTTGTGTATTTGCACTCTCAGCTCA TTGTTCTTGAAACAATTATTACAGTATGGACCCAGACCGAGTTGTTGCTGAATTGGTTGG AATGGGATTTGAGTTATCTGATATTACAGATGCTGTAGAAGTTGTGGGTCCATCAATTGA TAGTGCGATTGATTATCTACTCGATGATTCTCGAAGAAAAACTGCAAGTGCATCAACGAG TACTGCATGTTTCACCAGTTGTGCTGGTATGCTGGGAAAAAGAGGCTCCTCTTCTTCTTC TTGTTCTGCAGGAAAAATACGGCAATCGAGCATAAACGAATTCATTCAATCAGAAAGTAG ACCTAAAAGAAGCAAGACAATAAATAAGTTGAATATGTCTCAAACAGAAGTCTTGCAAAG AGATACGGGAGGTCAAAATGTGCATCCTCCTCTAGAGGATTCTGATCTCCACATTGCTAC TGAAAAAGCTGTAACATCATCTTATTGCAAAGATGAAGATATTGGACCAGATTGGCAAAA GAAGGTCAAGGCTTTGTTGCAGAAACACTTTGGATTTCCATTGTTTAAGGATTTTCAGAA AGATGCTCTGGAAGCTTGGTTATCTCATCAAGACTGTCTTGTTCTTGCAGCAACAGGATC AGGTATTAGCCCCTCTCACTTTTTCTTTCTTCACCGTTCCCTCCCTTCCTGTAAAATGTG ATTTTCAATGTCTCAGAGTTATGTTTCTGTAGGGAAATCTTTGTGTTTTCAGATTCCGGC ATTGCTGACTGGGAAGGTTGTCATAGTTATATCACCGTTGATTAGCTTGATGCACGATCA GTGTTTGAAGTTAGCAAAACATGGTGTTTCTGCTTGCTTCCTTGGATCTGGTCAAACTGA TAAAAGTGTTGAACAAAAAGCAATGGCAGGCATGTATAGTATCATTTATGTATGCCCCGA GACAATTCTAAGGTATTGAGCATGTTAATCTTTTGATTTGTACTTCAAGGATAGCATTGG CTGTTGTTTGACAGATGAGTTTCCTGTTTTTCTTTTTTCCTTTTCATTCAGACTCATAAA ACCCCTCCAAAGCCTTGCTGAAAGTCGTGGAATTGCTCTATTTGCAGTTGATGAAGTTCA TTGTGTTTCTAAGTGGGGTCATGATTTTCGACCAGATTACAGGTTTTTATTCTTTTATTT GTTTGATAAATCAGACTAATGCTAGTATTTGAAATTGGTTCGTGCAGTTGAAGCTCAAGG AGCCTCTGTGTTCCTGTTGCTTCTGACAACTTTTTTAAGTTCCTTGAGTTTTTTCATCAT TCTGTTATGAAGATAGTGCTTGCCCTGTAGACACGGTCTTTTGCTAGACCAGGCTATCAA ATTACACCTGATTCTAGTATGTCCCATTTATTTCCTAGTAATTTTCTCTTATTCAATTAC AAGGACTAATTTACCAGTTGACTTTAGATATGACTCTTAATACATCATGCTTATTAAATG ATACGAAAATAGCATGCATATGACTAGACAAACTCCTCGGATATATCTCTTATCAACTCT GTTCTAGCCATGCAAAAGCTGCAGGAAAATATTGACACAAATTTTCCATGTATCATAGGC GATTATCTGTTTTGAGAGAGAGCTTTAGCATGGATACCATGAAGTTTCTGAAGTTTGACA TTCCGATCATGGCACTGACTGCTACTGCAACTACTCGTGTTCGAGAAGACATTCTGCAGT CATTGCACATGTCAAAGGCGACAAAAATTGTTCTCACTTCGTTTTTCCGGCCAAATCTCC GATTTTTAGTAAGTTAATTTACACCGGTATTTATTTTTAGTTTGTCATTGCTTGTATCCT GCAATTGCATTTGCTGCACCGTTTCATTCTTCATTTTCTTTCTCTTACATTTCCTTATTT TGTTTGTTGTGTGTATGTTTGGGGGGGGGGGGTTGAGAACAAACTTATTTATTGTTAATA ATCCATACAACATTTAAACTCCCATGACGTTAAATTCTTGAGGGAACTCAATACTTAAAT TGTTACATCATGTTTTCCTATCAATTGATCCTGAATTCACACTTAAGAACTAAACTACTC CTTCCTTTGAATAGTTATGGTATTTAAACTAGATCCTTAATCTTTGTGTCACTTAATGTC TGCTGCATAATACCATGAAAGGGCTATACTCCATATTAATAAAGTTCCCATTAATTGTTT TAGTTTTATTTTGTTGCTACAGTATTAGTGTTTGAACCTTTTAAAGTTACGGTCTTCATT ATCTGTACATATGCTTATTGAAATAATGGTAAATCACTTCATTTCTGCTGCTTGCAGGTG AAACACTCTAAAACATCATCCTTAGCATCCTACAAGAAGGATTTTCATGAATTGATAAGC ATTTATTCCAGAAAAGGGAAGTCTTCCTCGAAAAATAAGTTAATGTCTACAAATTTGGTG GAGAACTCTGAAAGCTCTGATAACGCTTCCAATGGTCGCATGGATGAATGTAATGGGATC AATGAGGTTGATGTAGACGACGTTGAAGGGTATGCTGTTTCTGACAGTGACAATGAAGTA TCTTCTCCTGGGAGATATGGTTTAGATTCATCGAAGGATAGACAACTGTCTGTTGAGTAT CTGGAAGATGAGTGTGATGTTGTGCAAGATGTTGATGATTTGGATGGTAAAACTCTTCTT TGGGTGAAAAGATCGTTTATACAGTATAAATCCGATTTTTAAGAGAAAATTTGATTGACC CCATCTTCCATGACACTAAAGATCACACTACAATAACTCGATCTGTTACCAAAGTCCGAA AGCCACAGCTGAGACCTTGAAAATTGTTTTGCGTGAACATAGAGAATTTTGAAAATTTTA ATAGTAGTTACCTTAGTGTGGATTGAAACAATTCTTTTTGTTTTGTCGTAGTTGCAACAG TTGTTTTATCTACATTCTAAAGTGTTTAAGTTTCAGTTTACTCACTTGCAATAACCACTA GAGAATCTATCGTCACATTGGTGCAAGATTGTTTAGTATGAGGTTCAAGAGGATATAACC TTAGCTTGAGATAGATATGGCTTATCTGTGGAAATGGATAGAAGAAAAACCTTGCATCAT TTTATTAATACATGATCAAAAGACCACATAAGATAATAGTATCTCATCCTACTCTTTCTT GCATTCTCACGCTTGACCTTTTTGTGACAGATAGTCTCTTCATTTCTTAAAGCCAACTAA GGGAAATGTTTTTTGTGGGTTTTCCTTAGCCTCTAACTGGCAATGTTGCATTTTAAGTAA CGACTTCATCTTCTTGTCCAGGCTACATTTTAGGGGTTTCCTCAATTTCTCATTGGCTAC CTCGAATGTAAATTTATCATTTTAAATTATAAGCTTGGTCATTTACTCCTATAACTTACT TTATGAATTCAGATAGAGTGGACTGATGTTAATAATTGCTGCAGTTTCTTGTGGTGAATT TAGTGGAAAACTACCACTGGAAGGTTGTAGTGGTTTTCTGTTGCACAAAACTCCTGATCT GGCCAATGATCCAAAAGAAAGAGTCAAGCTTCAACACAAACTGTTGGAGGATGGACCAAC AATAATCTATGCCCCAACTAGGAAAGAAACATTAAGTATATCAAAATTTCTTTCTAAATT TGGGATCAAGGCTGCTGCTTACAATGCTAAGGTAATATATGTCCATTCAGTTAAATTGAT TATATTGCTCTCCCTCTGGTTTTATTGAGTTGCGTGTAATTCACCACAAATTATAATTTA TTGAAGGCTTCAGATAATTGCATGGTCGTATGATGTAGGAGCATGTCTGTAGGATGCAAA ATACCATAGATGTGAAAGTGGAGTAAAGGTGATCATAGGCATGCTATTCCAATTGGTTTT CTTTCATGTAATTTAGGTATAACTTGTCACCATGATATTATGTGGTAGATGTCTGCTAGA TTAGAGTCAAGGTCTTAAAATTTTCACTGCTCAAGCATTTCGACATACTGTCCACTTTTG TGCAACTGACCTTACATATTGGTCTCTTATGCTACACCAACATCGAATCCAAAAACACGC ATACCATCCAACCTTATGGTATGTCTTATGTAACACCTCACTCTGTTCTCCCTTTTTGAT GTGAGATTTGCCTTAAGTGTCATATTTACCTCTTATTAAGAAGCTTGCTAATCTAAAAAC TTGCCAATCCTCATTAACTGCAAACTTTGACTCATCCTCATTAACCCTCCCTGCGTTGTG AGTGTCACATGAGGGTGCCTCCTTACACCTAAGTGTCCTTGCTAATATTTTCCACATCAT CGTACTTCCGGAACCTGGTTTTATGTCATAGTTGGTGTAACATAAGCCCGTGTCACATTT TGTGCACCTTGGCTTAACAGAATTCACAGATTTGTCTATTGGACAACACTATCATCAAGC CCAAAAGCGCTTATAACATGTGAACTTGTGCTATATGTTCTTATATATCAGTCTACTCAT TTTTCAAACTTTTCGACGTGAGATATTCCTATGGTGTCATATGTTATCTTCTGCCAGCAG CTTGGTAACATAGAAGCCTTCCAACTCTTTCTCTTTGACCCGCCTGCATCAGCCCTGGGC ATTACAAAAAATGATGCTGTTTAGGAATGAAGTATACTCTTCCTTGTCAATTGAGCAGTA ATATTTGCTCTTTCGCTTTTCAGTTGCCAAAATCACATCTGAGGCAGGTGCATAAGGAAT TTCACGAGAACACTCTGCAGGTAAAGCTAGGTGATGTGTTAGATGGAGTAATGTTAACAC ATTTTGTATCTTGTTTAACAATTGTCTGTAGGTTTTTCATCCTTTGCATTCAATATTTTA GAGTGATATGCACATATCCCCTCATGCTCATGAAGAAGAAATTCATCGTTGAAGTTATTG TCTTCATTTTTGTGTGAATCAAGTTCGATCAATCTCTGTGTCCTGATCTCATATGCTTTA TAGGTTATTTATCTGAACTTGGTCCATTTGAGGATTCATATGCTGAACCCTTCTAGTTTG GCATTGAGGCATAGTACTAGTAGTATTTGTTTTTATTGGTTGAATTAGTTTCGGTGTTGT CCAATCTCTGTACTGTCAGATGTCAAATACAATTTACTAATAGATGATTCTAATATAAGA GGGTGTTTGTACATTTGGAAATATATTGTGGTATGTGAATCTAGGTTTTGACTCTTCTTA TTTAATTCCTGCCTCAATTCTTATGTATGAAATTTTATAAAAATAATTTCTTAGTGAACT TCACTTCTGAAAAAGATTTTACCCTTTTACATCATCATTAAATGTTATTGATAAGATCCC ACAAAGAAGTCCACAACATGTAATGGTGGTCCTACTGTCCTGTTTCATGAATCACGAGTG GTTATCATATCTGTAAACTGTCTTCAAGTCAGGCAATATGATTTTCTTATCCTATTTTGT TTTGATTGAACTGTCATAAGTAAGTCATAATGATTTGAAAAAAATTCCTGTTGCATATTT CTTTTCAACATAGGCTATCATTATTTTTTTTTACCATTGATGATAATTGGTATAGTAAGA TGAATCTATTGCAAAGGTTTTCTGCTAAATTTTTTACCAAGGTCAGTGATACGTAAGCAT GCTGTGCATGCCTTCATCCACTTCAACTCTTTGATAATATTATCTTCAAGATATCCTGAC AGCAGATGGGCAATTTTCTTGAGCTTAAAGTTGTTTACTTACATTAGGTTTTACGCTTGT TTATTAGTTAACTGAGGCTATGCATTGTACTTTCTGATATTCAGGTCATTGTTGCAACAA TTGCCTTTGGGATGGGCATTGACAAGTTGAACGTGCGAAGGATCATCCACTATGGTTGGC CCCAGGTGCAATTACTCAGCTAGATATCCTTAATGTATTTTATTTAACTATGTCTATTTA CTCATGTAAATGGACTCCATGAGAATCTTGAGCACCTTCTTATTTTGTCTTTCTTCTCAA AGTATGATTGTATATATGTTTATATGTGTTGTTAAGAACACCTATGTGAGAGGGAACTTG TTTAAACTATTTTCTTTTAGTTGCCTTTTTGTTACTATTTCAGTTTTGCTTCTTGGTCAA GCTATTGTAACCTTTACAGAGTCTGGAGGCTTATTATCAAGAGGCTGGTCGAGCTGGTCG GGATGGAAAAGTAGCAGAGTGTGGTCAGTTGATTTGATTTTTTTATGTGTTGTTTATTTG TCGTTATCTTGAGAAGAATCATTTTACTTCCAAGAGAAAAAAATGTTATCCACTGGTTCA TCATTTATAGCAATGTTTGGGATTGTGAGATGAACAATTTCCCAATTGATGCATGAGATC AGTTTCTTGGAGATAAATAACATATGCGTTTTTTTTAGTAAAATTGGAAAGTTCTATGTT AGAATTCAAAAGCTAAGGACGTAATTTCTATGAAATACTTAAATATTGTGAATTTGCAGA CATAAAAAAATAAAAAGGTTATGCAACCTCTTAATTCTAGTCTAAAATGGATACACGTTG GATGTCCACAGAAATTTTGGCATGATTACATTTAACTGTTTTTTTCACCTTTTCTAATTG TTTGACATTCTTGATCAAGTGATTGACTTTAAAAACCTAGGAGCTAATCCTAGAATCATA TTCATTACAAAAAGTTAATTGAATGTACAAAGTGTCTTCTTGAAGGTACTTAGTTTAGAA AGAAAAGTAAACATAATAATGACACAGTAACAACAAAGGAAGAAGTTGATGATAGGATTT TAGCGCAGTTACTAGAAAATAAACTTGGTGAGAGGAAATCTGACTATTGTCAAAAATATT ACTATATGAATAGCTTTGGTGGTAAGGAACCTCATGCCTTCTCCTGGGTTTAGCAGAGTT TATCATGCAGTGCACAAGTCTGGTTTTGATACACTTATACCAAAATGCTCTCTTATTCAA CTTAAATTATCCAGAAGAGTAATGTTGATCTATTGATCTAGAGATAGGCTTCCAACAGGG GAGGCACTACATGTATTTTTAAGCTGTTTGATTTTTGTGAAACAGTTCTGTATGCAAACT TGTCAAGAACACCTACGCTTCTACCAAGTCAAAGAAGTGAGGAGCAGACAAAACAAGCAT ATAAGATGTTATCTGATTGCTTTAGGTTGTAAGATAATTAATAATTGAACGACTTCAATT AGTACTTTGGTATCCATCTTATGTGTTGGTTATGTTCAACAGATATGGAATGAACACTTC TTGCTGTAGAGCCAAGACACTTGTGGAGTACTTTGGCGAGCACTTTCTTTTGGAGAAATG TCTGGTGTATGTCAAGACATACTGGCTATTGTGCTTTCTCTTTTGTTCCTTACAAGCTGC TTCATGTCAAGGATGTGTGCTTGTGCTTTTCTGTTCATTTTCTTCCACTTTCCTTTCGGG GTGGGTGTGGAGGGCAAAGAAACAGCAGCACTATTGATGAGCTATAAGTTTGTAATATTT GATTCCTCTTAAGTTAGTCTCTAAATTGAGGTTTCAGGTACTCGTTTAATCACAGGACAT GCCACTTAAAAGAGCGATTCATTTGCAGCAGTTAAAAGTAAATGATGACTTCCTATGCAT GTAAAGATGTGCCAAATACATCGCATTGGCTAATATCTTTCTCAATTCATGCTTACTGAC ATTTGCCTTCATCTTATGAGTAAAATCAATTTTTGCTCAATAAACTACATGTTTATCATA GGTTTTCTTACTTGCAATGAGTTCAGTTTCTTAGTTTATGTCATTTACCTGGTACATAAT GCACAGGTGTGATATATGCATCAAAGGTCCACCTGAAAGACAGAATTTAAAGGCTGAGGC GATGATCTTCTTGCAAGTTCTATCTACTCATTGTGTGAGTACGTTTGCCATCTCACATTT CCTTGCCCTCCTTTGTACTTTGTCATCTCATTTTGGCATTGCTGGTCATTGTTAATCCTT CTGGCGCAGAGGAATTTTGCAGACATCTCCTATGGCGGTTATGAAGGGAGACTTAGCGAG AGGCCAAACATCAAGGCTTTAGTCAGCAGAATAAGGGAACTGGTACTTATTCTGCTCAAG GCCCTCTCTCTCCCTCTTATCCGTTGCTATCTGCTAGTTTCATGTGCATATACCCCATTG AAATTTCTCAGGGAGGGCCCTTTAAGAAAGCATGTCTACCAAGGGATATGACAAAGAACC TACAAATTTTCCTTCAATTTGAATGAGCTTCTTATTACCTTGCCAGTTTCTGTGATCTTT CATGCCCTGCCAATATAGTTCCCTGGAGATATATCATGTTTGTAATTTGGATTGCTCTTG AAGAGCTTTCTTCAAAATCTTTTTTGACATCAATCATATGTTGGGATGCTTATAATAATC TGCAATTCCCGTCTTATGGTATGAAGCTACTACGTCACACTGAAAATAGGTTCAACTTGT CGAGCAGGTGTTCTCCAGCTACATGTTACTCCTACTCTTAACAAGGTTGTGTTTAATTCT CATCTCTGAAGTGCCAATTTTCTTTTACAGAAACTTTGTCAATCCGCTGTGCATTTATTC TGGTTTACTATACCACTTTAAAGTTACTCATTTTGTAGAGAGTACCTTTTAAGTTACTCA TGCATTCTTCTATTCTTGTAAATTCTCGTACTTATGGGGAATTATATTTATATCTACCGT TGGTTCCAATCTTTCCAGTAGCTTATAACGTCAACTCCACTCTTCTATTTCGTGTTCAAC CAATGCAAGAGATTGCCAGATATTTCTTTTATTGAAATTGATCTGTTTTTGTTGTTTTCT AACATTTTGACAACATTGCTGCTAAGACTCTTTTGTGTTTTACCGTGTCCTATTGCAACT CTAATCTTGTCATTTGTCTTCTGTTATTTTGGTGTAGTATCAACAATTTAGTGCAAGTGA CCTCTTGTGGTGGAGAGGTCTTGCTCGACTATTGGAAGTTGAAGGGTTTATTAGGGAGGG CGATGACATGGTATGCTTTCTGCATAGTAACCTTTGTTATTTCATAAAAGGTTTTACCAC TAAGTTTTGGCACTATGTTTCTCAAATCCATCCAATCTTCATCACTCTTATGACCTATCT GATATATTCTTCTCATTTTATACTTTACTGTATTATGGTTTTAATTAATCATGCTGCTCT CAATGCTGAAAACTCCAATTATAGAAACATGTACGATGTGGTAGCCTGGCTGGGAGTGGA AACAAATACTTGGAATCCTTTCTAATTTCCTATTATTGGTCTAATGAAGGTTCAGTTGGT TTATTCTATATTGCAAGTCTAGAAGTTTCACTAACAAACATCAAGTTGGTTCCAAAAAGT AGTACCCTATGTAAGGATTATTTTTTGAAATCAGTAATGCTAGGAAGGCTACAAAGATCC TAGCATATCTACTAGTTGCTCTACCTCCACTATACATTCCCGTTTCCACCAAAAATACAA ATATGCAATACAACAATTTTCTTTAACTTTTTGTATGGAGTTTGATCTGTTCTCATAGCA TCTTCCATTTTTTTCCTTCCATATTGACCACCATACGCTAGCTGGAATATTTCTCCACCA CTTGTTTTGGCTTTTACTTCCTCCTCTCCGAATCCAGCAACTCAACAGGTCAGCAGTATG CTCTAGCATTGTCCAGCTGTTACCAGTGAGCGTCAAAAACAGAGACCATAGTTGATCTGT GACTCTACAGTGTAGAAAAATATGGCTGTTGGTCTCATTGCATAGAAATCACCTTGGTAC TAGTTGTTCACCTTTACTTTGCAGTACCTCCTGAGTCAGACAAGGCCTCTTAGCTACCAA CCATACAAAACATTTGATCTTGGTTGGTGCTTGGCTTGTCCATACATATTTCCATCTAGC CATTCTGAGGCCTTGGTGAGTTTCCAATTCCTTCTTATAGAGCTTGTTAATTATGAACCT TCCATCCTTCGAGTGTACCCAAGATACTGTCTCTGGCCTTGTAGCAAAACAATTAAACTC ATTGATTACATGTAACAATTGTGCTACCCTATCTATTTCCCAATCATAATAATGTCTCCT GAAAAATATATCCCATCCATTTGCCCAACTCTCAGCTAGAATGATATCTGGATTGCTACA GCAAGAAAATAAGTCAGGGAAAGATTGCATTAATGCTACCCAAACATCTTTCTAGAATAG TATTTTAGTCCATTTCCTATTCTGAGTTTGACGTTTCCTGCTAATTAGGTAGTTTGGTCC AGAAGGATCTTATTGTTTTCCATGTTGAAGCTCCATATGGTATAGTGATCTCATTGGTAC ACCATTGGGAGTCTTGGCCATACTTGTGATGTATAACTTCTCTCCAAAGATCCTGTTCTT CTTCCACATATCTCCACATCCATTTCATCAAGAGACACTCATTGTGGATTCGGAGATCCC TAACTCCAAGACCACCTGATAGCTTAGGTAGCTGCACTGTCTCCCAGTTACGCTTCATAG TGTTCAAGATGTCTTCCTTAAAGACACTCCAAAATTCTTTAAAGAAGCTCATTGGGAAGC GCCTTGCCTTGTCACTGACACAATGATTAATGTCTTTTAGGAATTCTTCCTCAAAACTGT CTCTGCATACGTTCCTCCAAGCTAATGTTGTGAAGTCTTGTAAGTTTAGATTAGGTCCTC CATGTTTGTCTCTTTGTGGAGATTCTGATAGTAGTCATGTATTTTCATCTTGATAACTTC TGGATCAGTGATACATGTCCCTCCCTCTTCAACTTTGTCAATGCCTCAATGGTGTTGCAT CTCTTATGTGGCGTGGCCATTCTGTGATAGTATTATCTTCATTTTTCAACCATTGGATTC TAAACCTCTGTCTCCATTCTATCTCCTCATTCTTGACCACCTTCTCGAAGTACATTGCCA AATGAACTTTCTGGAGTAATTCATCAACCGTGGGTGCTCTTTGCTCCATGATATTTTCTA ATCCAGTAATTTGGTTCAGGATGTCCTCCCTCTGTCTCTAGTTATTCTTGTTTTCCTTCC CCCGTTCTTTTAACTTTCCTTTTAGGAGTTTTAGTTTGGTAGTTACTTGTATGTTGGGCT CCCAGTTACATTGAAAGAGGCCCGCCATTCTTTTACCCTCTCTTTGAAACCATCCACTCC CAACCACGATTGTTCAAACTTAAATTATGATTTCTTGAAGTCCATATCTCCACATGTAAG CACGATGGGGTTGTGGTATGATCCCAATTTCGGCATCAATGATTGTTTGACGTGTAGATA TTGTTCCTCCCACTGTGAAGAGTAGAGGAATCTATCTATTCTGGAAGCTCATGATTTTCA CTCCTCCAAGTGTAAGACCCTCCAAATAAAGGAGGGTGTACAAGCTCCATGCCATTGATC CATCCTGAAAACTGTTATTGCACTATAGATTCTTTGGCAGTTGGTTCTCTCCTCTGGATA TCTGGTGATGTTGAAATCCCCACATACTACCCATGGTCTCTCAAAAAGGCTTCTAGTGGC TGCCAATTCCGACCAAAGCTCCCTCCTTTCCCCTCTATCACATTCTGCATAAATTGCACT TAAATGCCATGTCAGTTCTGGCTCTATGCCCTCAAATCTACAAGTAAGCATTCGATTTCC ATTGTCTACCATTTCCCCCTTCCAAACTTTTTTGTCCCATAACACTACTATCCACTCACT CCTTCCAATAGCTTCTACCTGAGCTTCTCCCAACCATATGTTGTTCTAGATTTGTTGGTA AAGATTTGAGTCATTACTTGTTAGCTTAGTTTCAATCAACACATGAATGCCAGCCCTTCA TTGAAGCAACAAATTTCTTATGTTGCTCTTTTGCTCTCCTCATTTAACCCCCTAATATCC CAATTTCTTTATTTTTTTGGGAGAAGGTAACAACTTGTATTCTATTCCAAAACAAAAAAA ACAGATCCTGGCACAACAGATTACTGGTTCCTAATTACAATTGTGGAAAGTAGCAGGAGG ATCTTCAATCGTATAGCAAAATTTAGATCTTCCATGTACTCGTGTTTACACCAAAAAAGA AACAACACTAAGCCGTTCATCTTAATCTTCTGGATGGAATTACTCTTGTTTTGGAAGCAG CTGAGATTTCTTTCTTTCCACACACAGACCACCAAATGCAAGCTGGAATGATATTCCACC TCTCTTTATGCCCAGTAATGCTTGCATAACTGCTCCATATCTTCAGGGGCTTGGTAATTT TCCTAGGCATAACCCATTTCATGCCCTTCAGATTGGTAAAAACATATCACAAAATGTTGG TTATTCTACTGTGAAATAAGAGATGGTTGACAGTCTCTACTTCTTCTTCACCACATAGGA GGCACTTAGCACTCAATTGAATATATCTTTTCATAAGATTTTCCTGGGTCAAAACTGTCT CCTTAGCAAGGAGCCAAGTAAAAAAAGACACTTTGTAGGGGATTTTAGTTTTCCATATCA ACTTCCATGGCCACCTGTTTCTCTAACTGTTACAAGGATTAAACTTCTTGTAGGCTCTTG TGACACTGAAATTATCTTGATTGTGATCCTGCCATTCCAAACTATTCTGTGCATGAGTAG TTCCTTTGAATTGCCCCAAGACCTTTCAAAACTCCACCAACCTTTGGATCTCCCCGTCAT TAAGAGGTCTTCCAAAACTCAGATTCCACCTTTGGCTTGACCACAACTATTCTGTGCATG AGTAGTTCCTTTGAATTGCCCCAAGACCTTTCAAAACTCCACCAACCTTTGGATCTCCCC GTCATTAAGAGGTCTTCCAAAACTCAGATTCCACCTTTGGCTTGACCACATCTGCCACAG TGGCCCTTTGCTGCTGGTTTAGGGTGAAAATATAAAGGAAAGGTTTTTGAAGATCCTTGT TCTAGCCATCAATCTTCCCAAAAAAGAGTTTTTCCTACCATTACCTAATTTAATACTGCG TCTCCTCTGAGCTTTGGCCAGTGGTTTCTGATGGCTCTTAAAGGCTCGATCCGTACGTGC TAGTGACCATTTTAGCTGTCCAGAGATCCTATATTTCATATTCAGCCTGTGTTGCATCTT TCCACAAAGCTTGCTCACTGGAAGCGAATCTCCATAGCCTCTTCATCATAAGGCACTGAA GAAAGTTACTGACTATGTGAAGAGAAGAAACCTTATAGGAGAGCCATTTTTTAAAACTGA GAATTTCACGGTGCTGATGCAAAACTTCGTCCATCTTTAACCATCTACCTCCAAAACCCT TTTTAGAAAGAGTCTCCAATAGGAACTTTCAGTTGAGGTGGTCATAAGCTTTTCGAATGT CCAACTTACGTAATCTAGTTTTAGCATCAACATATTCATTAGCCATAAGAATGACATCCA CTATTTGTCTCCCTTTTATGAAGGCCACTCTTGGGGGTCCACCAGTTTGTGCATAACCAT TTTGATTTTCTCGGTGAGTATTTTGGAGATGATCTTGTACATTACCAATTAGGCTAATGG GTCTGAAGTCAGCGAGCTCCTTAGCACCCATTTTCTTTTGGGAATTAAAGCCGCATAGGT AGAATGAAGTTTTTCTCAAAGACACATCTCTCACGAGAGTTCTTGACTGTAGCAATCACA TCTTTTTTTATAACCTCCCAACAATGGGTATAGAAGGCCATGGTAAAACCATCAGGGCCA GGATCTTTGTCACTAGCACAAAGTTTGACACTATCCCAAATCTCTTGGTCCTCAAATTCC TTATGAAGCATGAAATTATCTTCAGCATTAATCTTGTGATCCATCCTACACCTACCTGAA GGTCTCCAAGTTTTTGTTACAGAATATAACCCCATATAGAAAACTATAATTTCCCTTTTT TTATGTTTTCTGGATTCTTGACTACTTCACCCTCCAAAAGCAGTAATATATATTGATGCC ACTAGGCATCTACGTAGGAGTTCGTCCGCCTTTGGATTTGTAGGCATGAAAAGAGTTTAC CTCCTGCTGCATTTCTTGTTCCATTTGAGCCCATCTGTTACTGTGTGATGCTTCTTTATA ATTTCTTTCCCCTTCAAGCTGTGTATTCAAACCATTTATGAAGCCTTTAATTTTTGTTGC AAGCCCCAACCACCCCTCATTAAAGTTGTTCTCAGTTAGAATTATTACTGATCTGGATGC ACCATTTACTGCAATCATACTGTTATGACCTTAATAGGATCACAAATTCAATTTACAATT TGAATTGGAAATCACAGAAACCAAACCAACTTTATTGATAATCGGAAGTCTCAATTACAC GTAATGAACTATCAACTAAGAACTTCATAACCTCCATAGAAAAGCTGTAAATGAGAAATG AAGAAGAAGGATGAGAACAAAAGGAAGTACAGAGAAAGAAAAAGATAGAAGAGAAACAGA GAAGCAGAAAGGAAAGAAACGTGACTTTTCCAAAAGTTAGTTATCCTTCTCTCTCCTCTA ATCACTATTATATAACCACCTTCAATCTACGTGGCATCATCCTCACCATTGCTTCCCATT AAATCCTAGCCGTTCCTTTCTAATGTTAGTTACTTCTTCCAAAATTCAGTTACTACTGTA GCCTTGTTCCGATATCGAATCCCCACCTCTCCATAATTTTGCTACACTGATCTTCACTTC ATAATCTACCATATTTATTGAACTTCAAGGAGAAGTATAAATAGTTAACCAGATCTTTGC CTCTCCACTATTTAAAAGCTTTCCCCCTTATGTCTGATGCCTCTCGCAACCTCTTGACTA ACCATAACAATGCTGCTTTGCTAAGTGTCATCCTTTGCATGTGGTTCTTTGAGCTCCCCA CCTAGTTGAACCAAGTTCCATTAGAAGATTTTGTCTCGGTTAAGTCGTATGATCTGCCAC CCAGCCTAAAATAATACGATTCTCCATTGGAGGAGAGAAGGTTACAGAAAGGAATGGAAA ATACTATCCCCTCGCGGAAGGATTATATGGCCCCCAATTTTCGTGAAATACAAGGTGCTC ATTGAATGCAAGATGCACACATGACTTTGCTAGAGTCATACATTATGTTCCACCAAGTTT GACCAACTATCCATTCGATATGCTATTTTTTATGTCATATCAAAAATACAAGTGAAATAG AAAAGATCTTTTAATACTTTCTGTCATTCTCACTATTATGAAACATTTTCCTATTTGTAC ATATTTCGTTCATTCCGCATACTCCAAAAGAGAAAGGCGGTTTGTCTTGCAAGCTGCCTT ACTTTCATTGCCTATCCTCTCCAATCGCCAACTTGTAATTGTTTCCTCCACTGTCAGTGA TTACGCCCAAAAGATGTTAAGGAATGAGAATGCAACACTCCATAGTTGTAAAGTGAACCT CCCAACGTAACGAGAGATGATTAGTATCTTCTCCAGATTCTTCCCACATACATACCGACT CACAAGTATCCTCCACCTTAATTCTTGTGTTGTCCGCTGTTAAAATTGCGTCTTGCACCG CAAACCAAACAAGAAAAGTTGCTTTTGAAATTTGATGTGTCAAACCTTTTTCCGCATATT GCTATTATCTCCGATTTCTGACGACTCTAGATCATAGGTTTCAATGGTCTTTAGCACCCA TCCCTCCATATCAGTTTATATCCTTACTCATCCTCGGTTGGATAATTATATTATTTCTGA AAGTAAAACTAGTACTGTTATAATTTGAAATGTCCTGGATATGAGTTTTTTTAATTATGA AAAGAGGTCAAGGGTTTTGGGTCAAAGCAAAAAGACAATAGATGGTTTTATTGGGACAAG ACTGTCTTATGATAAGATTTGTCTCCCAGGAAAACTGCATTAGTTTGATACTGTCACTAA GAATAAGACATTTAATTACCCCTTTGCTTGGTTTGTGCTATATTTGAGATCTGCTTGTTT TACTTTTATCCTTCTGGTTCCTCCTGTTTGATGGAGATATGGAAAGATAGAACTAGTCAA ATATGTGAAAGTTTTGAGTGTTAAACCAGCTGTTGTTTCCATTGTACTATGGTTTCACGA CAATATTGGTATGATGCCTCTCTAGCGGTATATTTCTTCTGGGAGGGGGGTTAAAAGTTC TCAGTTGGTGCCTTATTTTCCGCTTTCTTTATGCTATGTTACCTTCGAAATCAATCTTGA ACTTGGAGTATGTTTGTATTTGGATATTTTCAATGCTACGGATGATGATTTATGGCGACG AATGTTACAGACTCGTGTGCAGATAAAATATCCAGAAGTAACAGTACGTGGAAGGCAGTT CCTGAGTTCTGAAACAGAGCAGCCATTCCATGTTTATCCCGAAGCAGATATGTTGGTTTC CATTACAAGCCCCAAGTCCTTTTCCAGTTTTGCTGAATGGGGAAAAGGGTGGGCTGATCC CGAGATCCGTCGCCAACGCTTGCAAAGAAAGCGAACTTGGAAATCTCCAAGAAAACGAAA ATCACGTAAACGTCAGCCTGATTCTAATACGGTTCGAGGAAGATTGACTGCCAAGCTGTC AAAAAAGTGACACAAATGTGAAACAGTCAACCTTGTCACAAGCGCACTCAGTTCATTTTT GGTTTATTCCTTTTCCATTTATGTCTAATTTCTGCTTCCAGATTCTTTCATTTCCTTCAC GGAATATAATTCACTTCAAGCAAGTGATGCCAATATTTGATTCAAAGCAAAGTATCAATT TCCCTTTCTATATTTTACTTCAACAAATTCATCTACTTTAGATGGTTCCTCAACATGTAT AATAACATCACCTTTGCAATTATAGGCTTTACATCATCATTCTTGCTATACTTGAGGAAA AGGCAAAAGAAGGAAATAGCAGCAGAGAAATTGAGGATAGTAACAGAAGCATTAGAACGA GCTGAAGACAGAGTTTTAAGGTATGAAGAAAGACACGACAACATACTTAATCAAATAGGT TCACATTACATTGTAAGTCAAGAAATAGTAGAAGCACTTTGTGGTGCTCGAGAAGCGATG AATGAAGCATTAGAATTTGCAATTACGCTCAGAAATCTACAGCTAGAAATTATCAGATTG TACCCTGATGGTTATGAAAGTGCTTCAAGGCCTGTTTGGTTAATTAGAAAATTAAGAAGA CAAGGGAACAGTATTAATTAGCATAGATCTTCATACGTGTTCTTCTTTGTATTTGTTGAT TACTAAATGAAAATTATCATCATCAAGAATTTTTACAAGGGAAATATATATACCATGAAA GAGGAAAAATAAAAGTTTTATTTGCTCAAAGAAAAAACATGTCTACCGATGTAAAATAAT AAGTTTCTCCAGAAAGGTACAAATAAAATTGTTCCCATTCCTAATTCCAAAATAGTCCGT TGTAGCAATGGCAAGTCTCTCTCGTCTTGTCTTAGGCGTCATCCACCTTTGGGTTCAAAA TTGATCATATTTTAATTGTTTTAAAATCAAACTCTTTAAATATTTTTTTAAATATTGGGC GTCCAACTATTAATTATAATTTTATAAACCAATACACTACCCACTCATTACTAACTAAAC CTCACTCAATTAATAATTCAATTATAATATCAAAATCGTCATAAACATTACTAAAACACG ATGAAATTATAAATTACTGAAAATGACATTCAAAATTATTCGAGTCCAAATAGAAGCACC AATTAAATTTAGGTTGAGCCGCTTATTTAGGAGGACACTTTCTTTCAAAATTGAATTAGA AATTTATGATTAAAGGTAAAGAAATAATACATCCCGAATTAATTCATGCACTTTTTTAAA ATATAATTTTATAAATATTTATGATTTATTTTAAAACCTTTAATATATTATTTTGAAAAA AAGTTACCTATGAACTAACATCACATAATTGAGATGTAAGAATAATTAAGATGAACATAG TCAGACTTTTAAGTTTATCGGTGATTTTCATGTAACCACTTGAATGTATGATAATTTACA TCTATAATTTTTAAAAACACTCAATTGGCAGTAGCTTGCATTAATAATGTGACGGGTTCA ATAATTTAGAGGGATTTAATTAGTAATGGGTGGGTAATGGATTGATTTATAAATTACACT AATAAGTTAAATTATAACAAATAGTTGAGCGCCACGTATTTTAAAAATATTTAAATAGTT TAAATATAAAAACGTTAAATAAGTGATCAATTTTGAACCAAAAAGGTGGATGACAAGGGT ATTTTGGACTCAATAGGTGGGTGAGAAGGGTATTTTGGAGCCAATAGATGGATGAAGGGT AATTTTGTACCATTTTCAATACTTTGAGGGTATTTTAAGCCCTTTTCCGTTCTTTTAATA TATATTTGAATATAAAGATTCGCATTAATATTTTAGTGTTTTGATTTGAATATTAAAATG TAGTCTCTAAGTTTAAATACTAAATAATTAATGTTGTTTATTTTCAATATCTGAATGTAC AAGTGAAATTGAATATTATATTAATAAAATATTATAAAAATTTCATTTCAACAAAAATAT ATCACTTTTGATTAAAAAAAATGTTTCAAAAATTTTAATAATCATGATTTGGACTACTAT GTTTTCATTCAAAAACCTTGATAAACAACAATACACCAAAAAATTATTGCAACCACTGTT CTCGACACACGACATTACAAGAAATTATTAATATAAAAAATACTTGAAAGGATTTATAAA AATTTATCAGTTCAAGAGAAAAAAATGGTGTTTGATTGAGAAAGAGAAAAAGAAAGTTTT TAGTTACGAGATAAAAAGGCACGCACAAAGTAAAGAGGCGATGATTTATCATTTGATAAC TTATCAAATAAGCCTAAATGTTGTTAAGGGTCTCGTACAAATTTCATTCGTTCAGACTTA TTAAGAGTTTTTTTTAAAAAAAATATAACAAATAAATTTAATTAGCTGAAACTGGATGAT TCAGAAACAGACCTAAAAACTAAACGTCTTAATGAGTTAAATATAAATTATTTAGATTCA TGCCTCCATTAAGTGTAAATAAATGAGGCATTAATGAATGCCATTTTTTAGATCTTAATT TTTAAGTGTAATTCTTTTAACATTATTATTATTTTTATTAATTAAAATATTTTAATTAAC ACCACTTAAAAATTATAATATCCATAATATATGTCAGTATTCGTTTCACACTTAATAAGA TGATTTTTTATCATACAATTTAAATATATAACATATTTTGATTAAAAATTAAAATTATTA ATCATATTGTCTAAAAATAATTTTGTAAATAAAAATCGTACGCGTGTAATTTATTTAGGG TCATAAGGATAGTCTGATAATTTATCGAATTTTTGAGCCAATTGAATTTCCCGAATTTTG TATCTTCTTAATATATTTACACTTTTTCAACGATTGACTCGTGGATTGTTTTGGAAAGTT CTCCTAATACATTTACTTTCACTTATTTTGTTAAAAAATTGTTGAACATTTTGTTTATTT TGGTTCAGGATTTTTCTTTATTGCTTCATTTTATTTTATTTGGTTCCTATGTCTCATATA TAATAATAATAAATATAAGAAGAGGGGATATCGTATGCAATTTAATAGTTACAATAAGAA TATTATGAATCACAATACTCAATAATATACTTAAAAAATATAATTAAAAATTTTGATCGA CGTATGTATATATTTTTTTAAAAAATATGCTATAAATTGAGATAAAAGAAGTATCATATA TTATCTAAAAATTGTGTTAGGAGTACTAGAAATCACAGCTTAAAATATTTTAAATATGGT AACTGTCGAAATTTCACATGAATCACATATATTGAGAAAGAGAGAATAACATATATTATT TGAAAATTACTTTAATTAAAATTATTTTTAAAAATATATTTAAAATTTGATTGACGTTTA ATTTCACACCTATCTCATAAATTAAAATAAAAATAAATAACATATATTATTTTTTTTAAA AAAGTTGTGTTAAAATAATATGAATCACGATAATTATTATGTATTCAAAACATAAATGGA AACAAATGAATATTGTAATTTGTATCTAGAAATATTAATATGCATTACATTTACCTGTGT TTTAATTTTATATTTTTTTTAGAAATAAAAAAGCGTGTGGCGTGATACGTACGCATAACG CGGTTGATGTCTCACTTATATATATACGGTGGCTGTAACAGCATTTGCCTTTCAAGCCTT AGCGCGGGACAAATGGCGCTGTAGAGGAGGGGTTCCAACTTTTCGTTTCTCTAACACTAA CGTTTAGGTTTTCACTGTTCTTCGTCTGCGATAGTGTAAGAATCTTTCATTTATTCAATT CTTGATTTGATTATCAGTGTTGTTTTAAAGATTGAATCAAGAAAACTGAAATACTCACCA AATTTCAACCTTAAAAACAGCGTATGTTCACAAGTTCTCAATTTGATTGTTAGGATGATA TTAAGTAAACAATTAGTGTAATGAGGAAAATCACTTGGCGATAGTTGGGAAATTATGTTA TTAATGGTCTTTTGTGAGAACTTCTTGTTAATTCAATTCTTGATTGGAGTTAGAGAGTTA TTACATTTTCAGTGTTATTTTAGGTTATTACAGCACTGAAACAAGAAAACTGAAACCCTT TCTGACCTTAGATTGTCAATTCTTGATTGAAATTAGATAATTATTAGATTATCACTAGAC TTTCCAACCTTGAAATTTTATTGTTAATTCAATTCTTGATTGAAGTTGGAGAATTATAAG ATTAGCAGTTCACTTTCCAACCTTAAATTTTTTCTTGTTAATTCGATTATTGATTGAAGA TAGTGAATTATTAGCTTTGTAGTGTTATTTTAAAAATTGCAGCATTGAATCTAGAAAACT GAAATACTTTCCAACCTCAAAAATAGTCAATGTAGTTGAAGCGGGTTCCTATTCCTTTGC CCAGAAGTTCTCAATTTGTTTGATTGTATTTACATGATCAGATAGATGATATTCAGAACA AATGTTGTCGGAAAAGGTAAACTTCTTGGGAAACTATGTAAATATTGGGAGAACTTCTTT GTTTCAATTCTTGATTAAAAAAAAAACAAGAAGAAAATTCAATTCTTGATTATCAGTGTT ATTATTAAGTGATTGCTGCATTGGATCAGGAAAACTGAAACACTTTCTGACCATGAAATT GTTCTTGTTATTCATTTCGTGATTGAAGTTAGAGGTACACTTTCCAACCTTAAAAATTAG TTTTGTGTTTGTAAGTCCCCCAAAATAGTTTGTTTAATTGTATGTCAATCTGGAGACTCT GACTTTTGTGTGTATGTGCACTCTTTGATCTTTGCTGCATCGTCTTGAAACAACTATTGT CACAGTATGGATCCAGACCAAGTTGTTGCTGGATTGGTTGGAATGGGATTTTCGTTATCT GATATTGCTAATGCTCTAGAAGATGTGGGTCCATCAATTGCTAGTGTGATTGATTATCTA CTCGATGATTCTCGAAGAAAAACTGCAAGCGCATCAACTAGTACTGCATGTTTCACCCGT CGTGCTGGTATGAGTGTGATGTTTTGCAAGATATTGATGATTTGGATGGTAAAACTCTTC TTTGGGTTAACGGATCGTTTATACAGAGTACAATTCCAATTTAAGAGAAAATTTGATTTA CCCATATTCCATAACACTAAAGATTACATGACCTATAACTCGACCTGTTACCAAAGTCCG AAAGCCACAGCAAAGACCTTGAAAATTATTTTGCGTAAACATAGAGAATTTTAAAATCTT AATAGTAGTTACCATAGTGTGGATTGAACCAATTCCTTTTGTTTTGTTGTAGCTGCAGCA GTACTTTCGTCCACATTCTGAAGTGTTTAAGTTTTAGTTTTCTCACTTGCAACAACCCTG GGCAAATCTATCTTCACATCAGTGCAAGATTGTTTAGTATGAGATTCCAAGAGGATATAC CTTAGCTTGAGATAGATATGGCTTATCCCTGGCAGTTGATGGAGGAAAAAACCTTGAATT ATCTTATTGTACGACACAAATCTCTTAGTTCATGATCAAAAAAATACATTCGATGAAAGT ATATCATCCTACTCTTTCTTGCATTCTCAAACTTGACCTTTTTGTGTGACAGATGGTCTG TTCATTTCTTAGAATCGAATAAGGGAGATTTTTTTTGTGGGTTTTCCTTATCCTCTAACT GCTCATCCTACTCTTTCTTGCATTCTCAAACTTGACCTTTTTGTGTGACAGATTAGTCTC TTCATTTCTTAAAACCAAATAAGGGAGATGCTTTTGTGGGTTTTCCTTGTCCTCTACCGG CAATGTTGCAGCTTATGTAAAGACTTTATCTTCTCGTCAAAGGTACCTTTTATGGGTTTT CTCATTGGCTACCTAGAATGTAAATTTATTCTTTTAAATTATAAGCTTGGTCATTTATCC CTATAACTTGCTTTATGAATTCAAATAAATTGTACTGATGTTAATAGTTGTTGCAGTTTC TCTGGGTAAATTTTGTGGAGAACTACTTCTGAAAGGTTGCACAAAGCTCCTGATCTGGCC AATGATTCAGAAGAAAGAGCTAAGCTTCTAAATTTCTTTCTAAATTTGGGATCAAGGCAT GCTGCTTAAAATGCTAAGGTAATATATATCCCATAAGTTAAAGTTATTATATGGCTCCCC TCTGATTTTATTGATGTTGAGTTTATTTTGCCACCAAATTATTATTGTTTGAAGGACTTC AGATAATTTTGCATGGTCGCATGATGTAGGAGCATGTCTTTAGGATGCAAAATACCATGT TGTGAAAGTGGACTAATGGTGATCATAAGCATGCTGTTCAATTGGTTTTCTTTCATGTAA TTTAGGTATAACTTGTCTTTGTGATGTTATGTGGTAGATGTTTGCTAGATTAGAATCAAG ATCTAAATATATCACTGCCCAAGCCTATGGACATATTGTCCACTGTTGTGCAACAGACCT TACATATTGGTCTCTTATGCTACACCACCATCGAATCCAAAAACACGTGTACCATCCAAA GTTATGCTATATTTTATGTAACGTTCACTCTTTTCTCCCTTTTTGATGTGAGATTTGCCT TAAGTGTCAGATGTACCCCTTATTCAGAAGCTTGCCAATCTAAAAACTTTCCCGTCCTCG TTAACTAAAAACTTTGACTCATCCTCATGAACTCACCCACCGTCGTGAGTGTCACGTGAG GTTGCCTCCTTACAACTTAGCTTCCTTGCTAAGATATTCCCCATCATCTTACTGTGGGAA CTTGGCTTTTATGTCATAGTTGGTGTAACATGAGCCCGTGTCACATATCGTGTGCTTTGG CTCAACAAAACTCACAGATTTGTCTCTTGGAGAACACTTTCATCAATGCCCAAAAGTGCT CATACCATGTGAACTTGTGCTATGTTGTTATATATCACTTCACTCATTTTTTGAGCTTTT CGACGTGAGATTATCCTATGGTGTAATATGTAACCCTCTGTCAGCAGCTTGGCAACATAG AAGCTTTCCAACTCTTTTTCTTTAACCTGCCCGCATCAACCCACTCTCCGTCCTGGGCAT TACAAAAAATGATGTTGTTTATGAATGAAGTTGCTTGATATACTCTTCCTTGTCAATTGA GCAGTATCATGTGCTCTTTCTCTTTTCAGTTGCCAAAGTCACATCTGAGGCAGGTGCAAG GAATTTCACGAGACCACTTTGGCGGTAAAGCTAGGTGATGTGTTAGATGGAGTAATATTA ACAAACTTCTTGTATCTTATTCAACAAGATAATCCATGTCTGTTGGTCTTTGATCCTTTG CATTTAATATTTTAGAATGATATGTGCATATTCCCTCGTGTTCTTGAAAAGGAAATTCAT TGTTGAACTTATTGTTCTCATTTTTGTGTGAATCAAGTTGGATCGATTATGTCCTGATCT CATATGCTTTATAGGTTATTTATCAGAACTTGGTCCAATTGAGGGTTGATATGCTGAACC CTTCTAGTTTGACATTGAGGCATAGTACTAGTAGTATTTGTTTTATTGGTTTAATTAGTT CGGTTTTGTCCAATCTCCGTACTCTCTGATGCTATTTACTAATAGATGATTATAATATGA GAGGGTTTGTTCATTTAGAATATATTGTGGTATGCGAATCGAGGTTTTGACTTTTATTAT TTAATTCCTGCTTGTGAACGAAAATTTTAAAAATAGTTTCAAAGTAAACTTCACTTCTAA AAAAAATTGCATTGTTTTCTGAATCGCCCTATTACATTGATAGATGCCACAAAGAAGTCT GCAACAAGGAATGGTGGTCCTATTAGTCCTGTTTCACGTGTCATGAGTTGTTCAACAATA TGGAATGAACACTTCTTGCTGTAGAGCCAAGACACTTGTGGAGTACTTTGGCGAACACTT CTTTATGGAGAAATGTCTTGTGTATGTCAAGAAACACTAGCTATTGTGCTTTCTCTTTTG TTCCTTACAAGCTGCTTCATGTCAAGGAAGTGTGCTTGTTCTTTTCTGTTAATTTTCTTC CACTTTCCTTCTCGGAGTGGGTGTGGAGGCAAGGAATGTCCACAGCACTGTAAATGTTGT TTCTAATATCTGATTCCTCTTGAGTTAGTCCCTAAATTGAGGTTTCAGGTACTCGTTTTA TCACAGGACATGCCACGTAAAAGATATATTCATTTGTAGCCGTTTGAAGTAAAAAGTTAC TTCCTATGCAATGTGCCAAATGCATCCCATTGCTAATATCTTTTTCATTCATGCTTACTG ATGTTTGCTTTAATTTTTTGAGTATAGTTAATTTTTGCTCAGGAAAATACATGTTTATCA CAGGTTTTTCTTGCAATGAGTTCGCTTTCTTAGTTTATGGTATTTACCTGTGACATAATG CACAGGTGTGATATATGCATCAAAGGTCAACCTGAAAGACAGAATTTAAAGGCTGAGGCA ATGATCTTCTTGCAAGTTGTGTGAGTGCGTCTGTCATCTCACATTTGCTTGCGCTCCTTC GTACTTCGTCATCTCATTTTTACATTTCTGGTCATTGTTAATCCTTTCTGGTGCAGAGAA ATTTTGCAGACATCTCCTATGGTGGTTATGAAGGGAGACTTGGCGAGTAGCCTAACATCA AGGCTTTAGTCAGCAGAATAATGGAACATGTACTTTTTCTGCTCAAGCCCTCTCTTTCTC TCTCCTCTCTCTTCCTCTTATCTCTTGTATCTGCTAGTTTGATGTGCATGCCCCATTAAA AATTCTCAGCAAGGGCCCTTTTAGAAAGCACGTCTACCATAATATGACAAAAAACCTACA AATCTTCCTTCAATTTTAATGAGCTTCTTGTTATCTTGTGAAGATAGAAATTTAAGTGGA AAAATAGCACTCAGAAAGGGGGTGGGTTCGGCTATATACTCATGAAGGGTACATTCCGAC TTGAAATGCACGAGGGCGTGAAGCAAAGACCCTAAATGGAGAGACTTGGGCTGAGAAAGT GATAACAAAAGTTAAGGAAAGATCAAGCTTTCAACATCAATTACAACAACATACCATAAT ATAATCCTACAAGTGGAGTATGGAGAGAGTGACGTGTATGTATACTTACCTTGTCTTGAG AAGAAAGCTCTTAAGGTCTATTTAGGATTGGAAATCAATAACTTAAAATTAGGAGAAACA CTTCTTTTCCCTTCATATGATAAGCCTTACATTATATCCAGATTTGTGTTTCCCTTTCCC CCTAAATTCTAAGGAATTAGTTATAACTCTAGTAGTATGTTAACAATAAGAAGCGCATCT GGTGTAGTGGTATCATAGCACCCTCTCACGATACTGACCGGGGTTCGATTCCTCGGATGC GCACTCGATCCATTTTCCATTTTTGTCAAATTTACGGGTCCCATATTCTTTCATATCCTT TACCGAAGGAATATAATTCACTTCAAGCAAGTGATATGAAGTTATGCCCCTATTGATTCA AAGCAACGAATCAATTCCCCTTCCTATTTACTTCAACAACAAATTATCTATGTTGCAACT GAAAAAGCTGTATCATCATCTTATATTGGACCAGATTGGCAAAAGAAGGTCAAGACTTTG TTACAGAAACACTTTGCATTTTCATTGTTGAAGGATTTTCAGAAAGATGCTCTGGAATCT TGGTTATCTCACCAAGACTGACTTGTTCTTGCAGCAACAGGATCAGGTATTAGCCCCTCA CATTTTTTCTTATTCACCGTTCCCACCATTCCTGTAAAATGTGATTTCCAATGTCTCAGA GTTATGTTTCTGTAGGGAAATCTTTGTTTTTTCAGATTCTGGCATTGCTGACTGGCAAGG TTGTCATAGTTATGTCACAGTTGATTAGCTTGATGCAGAATCAGTGTTTGAGGTTAGCAA AACATGTTGTTTCGGCTTGCTTCCTTGGCTCTGGTCAAACTGTTTGAAGTGTGGAACAAA AAACGATGGCAGGCATGTATAGCATCATTTATGTATGCCCTGAGACAATTCTAAGGTAGT GTGCATGTTAATCTTTTGAATTGTACTTCAAGGATAGTATTGGCTGTTGTTTGACAGATG AGTGTCCTTTTTTTATTTTTTCCTTTTCTTTCAGACTCATAAAACCCACCCAAAGCCCTG CAGAGAGTCGTGGAATTGCTCTATTTGCAGTCGATGAAGTTCACTGTGCTTCTAAGTGGG GCCATTATTTTCGACCAGATTACAGGTTTTATTCTTTTATTTGTTTGATAAATCAGAAGA ATGCTATTATTTGGAATTGCTTCTTCCAGTTGAAGCTCAAGGAGCCTCTGTGTTTTTGTT GCTTCTGACAAGCAAATATAGACTTTTTTCTCCTCATTAATCTAGTAACACACCATAACA AATTTCTTAAGTTCCTTGAGTTTTGTTATCATTCTGTTATGAAGATAGTGCTTGCACTGT AGACGTGGTCTTTTGCTAGACCAGGCTATCAAATTACACCTGACTCTAGTCTGTCCCATT TATTTCCTAGTAATCTCTCTCATTCAATTACAGGGACTAGTTTACCAGTTGAGCGTAGAT ATGACTCTTACTACATCATGCTAATTAACAGATAAGAAATGCCATGCATATGACTAAACA AACCCTCGGTTTTATCTCTTATCAACTCTGTTCTAGCCAAGCAAAAGCTGCAGGAAAATA TTGACACAGATTTTCCATGTATCATAGGCGATAATCTGTTTTGAAAGAGAACTTTAGAAT GGACACCATGAAGTTTCTGAAGTTTGACATTCCGATCATGGCACTGGCTGCTACTGCCAC TACTCGTGTTTGAGAAGACATTATGCAGTCATTGCACATGTCAGAGGCGACAAGAATTGT TCTCACTTCGTTTTTCCGGCCAAATCTCCAATTTTTAGTAAGATAATTTACACTGTGCTA CGGTAATATTTTTGGTTTGGTATTCCTTGTATGTCCTGCATTTGCATTTGCTGCACCGTT TCATTCTTCTCTTTTTTTCTCTTACTTTTCCTTATTTTGTTTGATGTGTTTGTGTGTGTG TATGTAAAAGGGAGTGGGGTTTGAGATCACATTTATTTATTGTTAATAATCCATACACCG TTTAAACTCCCATGAAGTTAAATTCTTCAGAGAACTCAATACTTAAATTTTGACGTTATG TTTGCCCATCATTTACATTCACACTCAAGAACTAAATTACAACTTTCTTTGACTAGTTAT GGTATTTAAACTAGATCCTTAAATCTTTGTGTCACTTCGTGTCTGTTGCATAATAGCATG AAAGGGCTATATACTGCATATTAAAGGTACAGTCTTCATTCTTTGTACATATGCTGATAG AAATAATGGTAAATCACTTCATTTCTGCTGCTTGTCGGTGGAGCACTCTAAAACATCATC TTTCGCATCCCACAACAAGGATTTTTATGAATTGATAAGCACTTATTCTGGAAGATGAGT GTGATGTTGTGTAAGATGTTTGATAATTTGGAAGGTAAAACTCTTCTTTGGGTGAAAAGA TCGTTTATACAGTACAAATCCAATTTAAGAGAAAATTTGATTGACCCATATTCCATGACA CTAGGGATTAAACAACCAATAACTCGATCTGTTACCAAAATCCGAAAACCACAGCAGAGA CCTTGAAAATTATTTTGCGTATACATAGAGAATTTGAAATTTTAATAGTAGTTACCTTAG TGTGGATTGAAACAATTCCTTTTGTTTTGTCATAGCTGCAGCAGTACTTTCATCTGCATT CTAAAGTGTTTTAAATTTCAGTTTTCTCACTTGCTACAATCACTGGGCAATCTATCTTCA CTTCGGTGCAAGATTGTTTAGTATGAGATTTCAAGAGGATATAACCTTAGTTTGAGATAG ATATGGCTTATCCCTGGCAGTTGATGGAGGAAACAACCTTATCCTACGACAGAACGCTCT TAATTCATGATCAAAAGACCACGTTAGATAAAAGTATCTCATCCTACTCTCTCTTGTATT CACAAACTTGACCTTTTTGTGTGACAGATTGTCTCTTCATTTCTTTAAACCGAGTAAGGG AAATGTTTTTTGTGGGTTCTCCTTATCCTCTTACCGGCAATGTTGCAGCTTATGTAAAGA CTTCATCTTCTCGTCCAAGGTACCTTTGAGGGGTTTCCTCAATTTCTTATTGGTTACCTA GAATGTGTATTTATTATTTTAAATTATAAACTGGTCATTTACTCCTATATCTTTATGACT TCAAATAAATTGTACCGATGTTAATTATTGCTGCAGTTTCTCGTGGTGAATTTAGTGGAA AACTACAACTGAAAGGTTATAGTGATTTTCTGTTGCACAAAACTCCTGATCTGGCCAATG ATCCAGAAGAAAGAGCAAAGCTTCGACACAAACCGTTGCAGGACTGACCAACAATAATAT ATGCCCCGACTAGGAAAGAAATATTAAATATACCAAAATTTCTTTCTAAATTTGGAATCA AGGCTAGTGCTTACAATGCCAAGGTAATAGATCTCCCTCTGATTTTATTGATGTTGAGTT TATTTCGCCACCAAATTATAATTGTTTGAAGGAGTTTAGATAATTTTGCATGGTCGCATG ATGTAGGAGCATGTCTTAAGGATGCAAACCATAGTTGTGAAAGTGGACTAAAGGTGATCA TAAGCATGTTGTTCAATTTGTTTGTTTTTATGTAATTTAGGTATAACTTGTCTCTATGAT ATTATGTGTGGTAGATGTCTGCTAGATTAGAGTCAAGGTCTAAAAATTTCACTGCCGAAG CCTTTGGACTTATTGTCCACTTTTGTGCAACAGACCTCACGTATTGGTCTTTTATACTAC ACTGCCATTGAATCCAAAAAACGCATATTATCCAACTTATGCCATGTCTTATGTAACACT TCACTCTTTTCTCTCTTTTTGATGTGAGATTTGCATTAAGTGTCATATGTACGTACCCCT TATTCAGAAGCTTGCCAATCCTCGTTAACTAAAAACTTTCACTTTTTCTTGTTAACTTAC CCTCCGTCGTTAGTGTCACGTGAGGGTACCTCCTTACAACTTAGTGTCCTTGCTAAGTTT TCCCCATCATCATACTTCGGGAACTTGATTCTGATGTCATAGTTGGTATAACATAAGCTG TGGCACATGTTGTGTGCTTTGGCTTAACAGAACTCACAGATTTGTCTCTTGGACAACTCT CCACTCATTTTTTTAGCTTTTCAACGTGAGATTTTCCTAGGTGTCATATGTAACCCTCTA TGAGCAGCTTGGCAACATAGAAGCCTGCCTTCTCTTTCTCTTTGACCCACCCGCATCAAC CCCCACCCTCTGTCCTGGGCATTACAAAAAATGATGCTGTTTAGGAATGAAGTTGTTTGA TATACTCTTCCTTGTCAGTTGAGCAGTATTGTTTGCTCTCTCTTTTCAGTTGCCAAAATC ACATCTGAGGCAGGTGCATAAGGAATTTCACGACAACACTCTGCAGGTAAAGCTAGTGAT GTGTTAGATGGAGTAATATTTACAAACATTTTGTATCTTATTTAACAAGTTAATCCATGT CTGTAGGTCTTTTATCCTTCACATTCAATATTTTAGAGTGTTATGTGCATATTCCCCCAT GTTCATGAAAAGGAAATTCATCACTGAACTTATTGTCCTCATTTTTGTGTGAATCAAGTT GGATCAATCTCTCTGTCTTGATCTCATATGCTTTATAGGTTATTTATCTGAACTTGGTCC AATTGAGGGTTGATATGCTGAGCCCTTCTAGTTTGACATTGAGGCATAGTACTAGTAGTA TTTGTTCTATTGGTTCAATTAGTTCGGTGTTGTCCAATCTCTGTACTCTCTGATACTATT TACTAATAGATGATTCTAATATAAGAGGGTTTGTTCATTTAGAATATATTGTAGTATGCG AATCTAGGTTTTGACTCTAGTCATTTAATTGCTGCCTCAATTCTTATGAAAGAAACTTCT AAAAATAATTTTATAGTTAACTTCACTTTTGAAAAAAAATTACATTGTTTTCTGAATTGC CCACTTACGTTGTCATTACATGTTATTGATAAGATGCCACAAATAAGTCTGCAACATGGA ATGGTGGTCCTATGGTTCTTTTTCACGAATCACGAGTGGTTCAGCAATATGGAATGAACA CTTCTTGCTGTAGAGCCAAGACAGTTGTGGAGTACTTTGGCAAGCACTTCCTTTTGGAGA AATTTCTCGTGTATGGAATGAGCAATATTGTGCTTTCTCTTTTGCTCCTTACAAGCTGCT TAATGTCATGGAAGTGTGCTTGTGCTTTTCTGTTAATTTTCTTCCTTTGGAGGTGGGTGT GGAGGCAAAGAATTTTTTTTTAAAATTTATGCTTACTGATGTTTGCCTTTATCTTTCGAG TATAGTTAATTTTGCAGACATCTCCTATGGTGGTTATGAAGGGAGACTCGGCGAGTGGCC AAACATTAAGGCTTTAGTCAGCAGAATAATGGAACAGATACCCTCTCTTTAGTATGGTGT ATGTAGTACCTTGCCTTGAGAGGGAAGCTCTTAAGGTCTATTTTGGATATGGAAATCAAT GACTTGGTAAAGAAACACTTCTCACTTCATATGTTGTGTTTGCCTTTCCCCTAAATTCTT AGTAGTGGCACCATTAACAACAATAAGCGCATCTGGTGTAGTGGTATCATAGTACCCTCC CACGGTACTGACCGGGGTTCGATTCCCCGGATGCGCACTCACTTCTCTTTTTACTACAAT TCTTAGCATTATTGCTTACATAGTTTACCAAATGATTCGCAAAATAATTAACTCGGGAAA AATATTGACAAATTTTTCATGAGAGACAACTTTAGAATGTATACCATGATTCGCAAAATA ATTAAGCGGAATTGTTTTAATACATAGTTGCTGCAATGGTTCTTTCTTGTGTGTGTGTGT GTCAATTGTTTGCAAATGGACGGGTTGGATAAAATTTGGAGAAAATGATGTCTCATGTAT GTCAAAGACACACTACACTGGCTATTGTACTTTCTCTTTTGTTCCTTACAAGCTGCTTGC TTCATCAAGTCAAGGAATTTTCATTCCTCTTAAGTTAGTCTCCAAATTGAGGTTTCAACT ACTCGTTTTATCATAGGACATGTCACATAAAAGAGATATTCATGTGATTTAATACGAAGT TAATTATGCCCCTATTGATTCAAACCAAAGAATCAATTTCCCTTTCTATATTTTACTTCA ACTTAACAATTCACGATGAATCCTCAACATGTCAAATCAAAATAACCAAAAAGGATCAAA ATTGCCCTTGAACTATGTGAAATAAATTATTTATACCCTTTTTTATATTTTGAGATAAAA AAATGCCCCCGTTGTTATCCTAAGAGACAACAAATATACCCTCAAGAGTTAACACCTCAA ATTTTTATTGACGTGGTAGGCCACGTGGAACTAATCCTTCCACCTAAGCGTTGCCAATTA GGATTCACTACAATAGAACTAGACCTTTAGCAGCGATAATAGTCGTCATAAAAGCCCAGA AAATCGTCACTAAAATCTTTTAACATTAAATTCTAATTTTGTATTTTTTCATTGTTTTTA AAAAGTCAAAAATAATATCGATTAAGTAGGAGTTTGAAAACATTGTATGTTTTATTTTTA TGTCATATGTAAATATACAATGATACATTATATAGTAGGAAATTTGAATCGAGAAGTAAT TTTGATGATTTTTCTTAAAAATATTGGATGTTTTTAATATTGATATTGCAAGTTATTTAT TTTTTAAAATTATGTTGCAATCGAAAATTAATTATCACATATTTTTTGTTGAAAAAGTAA TTTTTACTAACGAATGGTTGTTGAAGCTTAGTCGCCACTAAAAATCACACATAACCTTTA GTGACAACATTTTAAAATTTTGTGGCGACTTTATCCTTTAGTGGCAAGCCACATGGGACA TATCTCCTAGTACTAGTATGATAGTAGGGGTGTTCACAATATCAACATTAACAACAAAAA TAATTAATTTAATACGTCTTAGTTTTCAAACAAATTAAATTTAACTATATGAATACACAC TTCTTCGTCATAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.907 4984 5305 match_2 match_part 0.905 4984 5289 match_3 match_part 0.915 4985 5431 match_4 match_part 0.956 5709 5844 match_part 0.980 5938 5988 match_part 0.975 7069 7147 match_part 0.965 7271 7383 match_part 0.952 7462 7482 match_5 match_part 0.973 5735 5844 match_part 1.000 5938 5988 match_part 1.000 7069 7147 match_part 1.000 7271 7383 match_part 1.000 7462 7535 match_part 1.000 7787 7907 match_part 1.000 7995 8063 match_part 1.000 8207 8251 match_part 1.000 9100 9177 match_part 1.000 10681 10739 match_part 1.000 10821 10908 match_part 1.000 11022 11110 match_part 1.000 11212 11654 match_6 match_part 0.960 5746 5844 match_part 0.980 5938 5988 match_part 0.975 7069 7147 match_part 0.965 7271 7383 match_part 0.973 7462 7535 match_part 0.975 7787 7907 match_part 0.943 7995 8100 match_part 0.933 8207 8251 match_part 1.000 9100 9125 match_7 match_part 0.954 5758 5844 match_part 0.980 5938 5988 match_part 0.975 7069 7147 match_part 0.973 7271 7383 match_part 0.973 7462 7535 match_part 0.992 7787 7907 match_part 0.942 7995 8063 match_part 0.956 8207 8251 match_part 0.927 9100 9154 match_8 match_part 0.954 5758 5844 match_part 0.980 5938 5988 match_part 0.975 7069 7147 match_part 0.973 7271 7383 match_part 0.973 7462 7535 match_part 0.990 7787 7890 match_9 match_part 0.994 25541 25886 match_part 1.000 27399 27585 match_10 match_part 1.000 25543 25886 match_part 1.000 27399 27636 match_11 match_part 1.000 25543 25886 match_part 1.000 27399 27585 match_12 match_part 1.000 25545 25886 match_part 1.000 27399 27628 match_13 match_part 1.000 25546 25886 match_part 1.000 27399 27620 match_14 match_part 1.000 25619 25886 match_part 1.000 27399 27727 match_15 match_part 0.981 25627 25886 match_part 0.959 27399 27592 match_16 match_part 1.000 25628 25886 match_part 1.000 27399 27669 match_17 match_part 1.000 25629 25840 match_18 match_part 1.000 25647 25886 match_part 1.000 27399 27751 match_19 match_part 0.996 25647 25886 match_part 1.000 27399 27708 match_20 match_part 0.925 25686 25886 match_part 0.977 27399 27795 match_part 1.000 28742 28789 match_21 match_part 1.000 25726 25886 match_part 1.000 27399 27770 match_22 match_part 1.000 25824 25886 match_part 1.000 27399 27795 match_part 1.000 28742 29192 match_23 match_part 0.966 27620 27795 match_part 0.878 28742 29070 match_24 match_part 0.944 28874 29493 match_25 match_part 0.934 31567 31793 match_part 1.000 32220 32290 match_part 1.000 35183 35246 match_part 1.000 35323 35379 match_26 match_part 0.991 31568 31793 match_part 0.958 32220 32290 match_part 0.953 35183 35246 match_part 0.944 35323 35394 match_part 0.941 35504 35672 match_27 match_part 0.917 35663 35698 match_part 0.949 35786 35863 match_part 0.859 36154 36252 match_part 1.000 36428 36497 match_part 0.984 38259 38320 match_part 0.925 39175 39600 match_28 match_part 0.917 35663 35698 match_part 0.949 35786 35863 match_part 0.859 36154 36252 match_part 1.000 36428 36497 match_part 0.984 38259 38320 match_part 0.930 39175 39600 match_29 match_part 1.000 39925 40020 match_part 1.000 41057 41145 match_part 1.000 41935 42018 match_part 1.000 42184 42366 match_part 1.000 42990 43041 match_30 match_part 0.980 39970 40020 match_part 1.000 41057 41145 match_part 0.976 41935 42018 match_part 0.984 42184 42366 match_part 0.981 42990 43145 match_part 1.000 43758 43789 match_31 match_part 0.961 39970 40020 match_part 0.978 41057 41145 match_part 0.940 41935 42018 match_part 0.940 42184 42366 match_part 0.932 42990 43033 match_32 match_part 1.000 43026 43145 match_part 1.000 43758 43817 match_part 0.922 44088 44650 match_33 match_part 0.990 43042 43145 match_part 1.000 43758 43817 match_part 0.956 44088 44540 match_34 match_part 1.000 43067 43145 match_part 1.000 43758 43817 match_part 0.922 44088 44650 match_35 match_part 0.971 43750 43817 match_part 0.956 44088 44540 match_36 match_part 0.992 44211 44689 match_37 match_part 0.600 55899 55903 match_part 0.998 56207 56744 match_38 match_part 0.991 61217 61790 match_39 match_part 0.998 61311 61857 match_40 match_part 0.939 61338 61932 match_41 match_part 0.943 61338 61829 match_42 match_part 0.993 61341 61784 match_43 match_part 0.911 61366 61948 match_44 match_part 0.999 61530 62228 match_45 match_part 0.997 61577 62313 match_46 match_part 0.958 61663 61878 match_part 0.993 62062 62201 match_47 match_part 1.000 70651 71354 match_48 match_part 1.000 70652 71188 match_49 match_part 0.995 70667 70882 match_part 1.000 71536 71703 match_part 1.000 73590 73656 match_50 match_part 0.951 70733 71365 match_51 match_part 0.953 70736 71440 match_52 match_part 0.951 70736 71343 match_53 match_part 0.945 70736 71333 match_54 match_part 0.942 70736 71305 match_55 match_part 0.910 70736 71302 match_56 match_part 0.950 70741 71440 match_57 match_part 0.993 70743 71417 match_58 match_part 0.952 70750 71357 match_59 match_part 0.956 70757 71438 match_60 match_part 0.991 70758 71304 match_61 match_part 0.988 70777 71344 match_62 match_part 1.000 70809 71357 match_63 match_part 0.982 70819 71253 match_64 match_part 0.948 70823 71343 match_65 match_part 0.950 70853 71414 match_66 match_part 1.000 70914 71524 match_67 match_part 0.998 70927 71344 match_68 match_part 0.988 70927 71343 match_69 match_part 0.979 71073 71455 match_70 match_part 1.000 71188 71703 match_part 0.990 73590 73784 match_71 match_part 0.932 71397 71703 match_part 0.986 73590 73797 match_part 0.969 75731 75857 match_part 0.980 75963 76060 match_72 match_part 0.987 71404 71703 match_part 0.990 73590 73797 match_part 0.969 75731 75857 match_part 1.000 75963 76000 match_73 match_part 0.995 73589 73797 match_part 0.992 75731 75857 match_part 1.000 75963 76277 match_74 match_part 1.000 73590 73797 match_part 1.000 75731 75857 match_part 0.978 75963 76324 match_75 match_part 0.991 73686 73797 match_part 0.976 75731 75857 match_part 0.860 75963 76219 match_part 0.600 76430 76444 match_76 match_part 1.000 73738 73797 match_part 1.000 75731 75857 match_part 1.000 75963 76217 match_77 match_part 1.000 75742 75857 match_part 0.996 75963 76210 match_part 0.478 76568 76590 match_78 match_part 0.977 75770 75857 match_part 0.875 75963 76217 match_part 0.545 76430 76440 match_79 match_part 1.000 75820 75857 match_part 0.991 75963 76313 match_part 0.484 76430 76460 match_80 match_part 0.903 79635 79953 match_81 match_part 0.994 94132 94789 match_82 match_part 0.989 94132 94485 match_83 match_part 1.000 94133 94525 match_84 match_part 1.000 103083 103140 match_part 1.000 104697 105155 match_85 match_part 0.993 105467 105612 match_part 1.000 105712 105822 match_part 1.000 106259 106448 match_part 0.981 106978 107134 match_86 match_part 0.984 108209 108331 match_part 0.982 109344 109400 match_part 0.975 110445 110525 match_part 1.000 110780 110843 match_part 0.990 111706 111805 match_part 1.000 111883 111896 match_87 match_part 0.996 121023 121734 match_88 match_part 0.994 121023 121718 match_89 match_part 0.994 121024 121568 match_90 match_part 0.997 121034 121764 match_91 match_part 0.994 121036 121814 match_92 match_part 0.999 121069 121780 match_93 match_part 1.000 125967 126127 match_part 1.000 126832 126942 match_part 1.000 127077 127218 match_part 1.000 129486 129560 match_part 1.000 129670 129749 match_part 0.955 130655 130786 match_part 0.889 130876 130893 match_94 match_part 0.994 125967 126127 match_part 1.000 126832 126942 match_part 1.000 127077 127191 match_95 match_part 0.996 126306 126853 match_96 match_part 1.000 133431 133583 match_part 0.996 135154 135616 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_97 match_part 0.959 57424 57010 match_part 0.714 55508 55502 match_part 0.600 52789 52765 match_part 0.568 49913 49877 match_part 0.706 49080 49064 match_part 0.962 47612 47430 match_98 match_part 0.927 57404 57010 match_part 0.714 55508 55502 match_part 0.600 52789 52765 match_part 0.568 49913 49877 match_part 0.706 49080 49064 match_part 0.962 47612 47430 match_99 match_part 0.991 62259 62034 match_part 1.000 61898 61319 match_100 match_part 0.920 62318 61579 match_101 match_part 0.992 63973 63253 match_102 match_part 0.998 63841 63253 match_103 match_part 0.972 63841 63275 match_104 match_part 1.000 63841 63304 match_105 match_part 1.000 63839 63504 match_106 match_part 0.996 63846 63624 match_107 match_part 1.000 64305 63791 match_108 match_part 0.988 64297 64039 match_109 match_part 0.951 68342 67571 match_110 match_part 0.962 68619 67813 match_111 match_part 0.966 68646 68062 match_112 match_part 0.971 68614 68235 match_113 match_part 0.996 80334 80068 match_part 0.980 79951 79548 match_114 match_part 0.996 80333 80068 match_part 0.983 79951 79548 match_115 match_part 0.938 80325 80068 match_part 0.916 79951 79548 match_116 match_part 0.996 80321 80068 match_part 0.978 79951 79549 match_117 match_part 0.996 80334 80068 match_part 0.983 79951 79550 match_118 match_part 0.996 80334 80068 match_part 0.983 79951 79550 match_119 match_part 0.996 80334 80068 match_part 0.985 79951 79550 match_120 match_part 0.939 80328 80068 match_part 0.930 79951 79550 match_121 match_part 0.938 80325 80068 match_part 0.910 79951 79550 match_122 match_part 0.942 80324 80068 match_part 0.930 79951 79550 match_123 match_part 0.996 80314 80068 match_part 0.985 79951 79550 match_124 match_part 0.940 80334 80068 match_part 0.910 79951 79551 match_125 match_part 1.000 80299 80068 match_part 0.990 79951 79552 match_126 match_part 0.979 80348 80068 match_part 1.000 79951 79555 match_127 match_part 0.966 80334 80068 match_part 0.970 79951 79555 match_128 match_part 0.996 80334 80068 match_part 0.997 79951 79555 match_129 match_part 0.997 79911 79555 match_130 match_part 0.976 79891 79555 match_131 match_part 0.993 79859 79555 match_132 match_part 0.946 79814 79556 match_133 match_part 1.000 80343 80068 match_part 1.000 79951 79557 match_134 match_part 0.996 80337 80068 match_part 1.000 79951 79557 match_135 match_part 1.000 80337 80068 match_part 1.000 79951 79557 match_136 match_part 0.996 80335 80068 match_part 0.997 79951 79557 match_137 match_part 1.000 80335 80068 match_part 1.000 79951 79557 match_138 match_part 0.970 80334 80068 match_part 0.954 79951 79557 match_139 match_part 1.000 80334 80068 match_part 1.000 79951 79557 match_140 match_part 0.996 80333 80068 match_part 0.997 79951 79557 match_141 match_part 0.942 80326 80068 match_part 0.942 79951 79557 match_142 match_part 0.996 80318 80068 match_part 1.000 79951 79557 match_143 match_part 0.959 80238 80068 match_part 0.970 79951 79557 match_144 match_part 1.000 80212 80068 match_part 1.000 79951 79557 match_145 match_part 0.979 80114 80068 match_part 0.932 79951 79557 match_146 match_part 0.994 80065 79557 match_147 match_part 0.998 80034 79557 match_148 match_part 1.000 79913 79557 match_149 match_part 1.000 79895 79557 match_150 match_part 0.996 79822 79557 match_151 match_part 1.000 79797 79557 match_152 match_part 0.996 80335 80068 match_part 0.997 79951 79558 match_153 match_part 1.000 80144 80068 match_part 0.995 79951 79558 match_154 match_part 0.982 80343 80068 match_part 0.987 79951 79559 match_155 match_part 0.939 80328 80068 match_part 0.944 79951 79559 match_156 match_part 0.973 80253 80068 match_part 0.934 79951 79559 match_157 match_part 0.935 80328 80068 match_part 0.934 79951 79560 match_158 match_part 0.989 80337 80068 match_part 0.992 79951 79562 match_159 match_part 0.988 80235 80068 match_part 0.964 79951 79562 match_160 match_part 0.979 80348 80068 match_part 0.990 79951 79563 match_161 match_part 0.996 80334 80068 match_part 1.000 79951 79566 match_162 match_part 0.923 80327 80068 match_part 0.932 79951 79583 match_163 match_part 0.996 80333 80068 match_part 0.997 79951 79590 match_164 match_part 0.935 80327 80068 match_part 0.927 79951 79595 match_165 match_part 0.979 80305 80068 match_part 0.997 79951 79601 match_166 match_part 0.996 80325 80068 match_part 0.997 79951 79612 match_167 match_part 0.996 80333 80068 match_part 1.000 79951 79638 match_168 match_part 0.996 80325 80068 match_part 1.000 79951 79640 match_169 match_part 0.917 80334 79645 match_170 match_part 0.985 80333 80068 match_part 1.000 79951 79645 match_171 match_part 0.992 80333 80068 match_part 1.000 79951 79652 match_172 match_part 0.935 80328 80068 match_part 0.930 79951 79666 match_173 match_part 0.989 80333 80068 match_part 1.000 79951 79727 match_174 match_part 0.996 80333 80068 match_part 1.000 79951 79754 match_175 match_part 0.979 80305 80068 match_part 1.000 79951 79823 match_176 match_part 0.939 80328 80068 match_part 0.951 79951 79850 match_177 match_part 0.929 80310 80072 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 4984 5431 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 5709 5844 exon 5938 5988 exon 7069 7147 exon 7271 7383 exon 7462 7535 exon 7787 7907 exon 7995 8063 exon 8207 8251 exon 9100 9177 exon 10681 10739 exon 10821 10908 exon 11022 11110 exon 11212 11654 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 5709 5844 exon 5938 5988 exon 7069 7147 exon 7271 7383 exon 7462 7535 exon 7787 7907 exon 7995 8100 exon 8207 8251 exon 9100 9125 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 25541 25886 exon 27399 27795 exon 28742 29493 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 31567 31793 exon 32220 32290 exon 35183 35246 exon 35323 35394 exon 35504 35698 exon 35786 35863 exon 36154 36252 exon 36428 36497 exon 38259 38320 exon 39175 39600 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 39925 40020 exon 41057 41145 exon 41935 42018 exon 42184 42366 exon 42990 43145 exon 43758 43817 exon 44088 44689 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 43750 43817 exon 44088 44689 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 57424 57010 exon 55508 55502 exon 52789 52765 exon 49913 49877 exon 49080 49064 exon 47612 47430 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 55899 55903 exon 56207 56744 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61217 62313 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61217 61878 exon 62062 62201 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 62318 61579 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 62259 62034 exon 61898 61319 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 64305 63253 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 68646 67571 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76324 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76313 exon 76430 76460 gene_18 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76217 exon 76430 76440 gene_19 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76219 exon 76430 76444 gene_20 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76210 exon 76568 76590 gene_21 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 73589 73797 exon 75731 75857 exon 75963 76324 gene_22 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70667 70882 exon 71536 71703 exon 73590 73797 exon 75731 75857 exon 75963 76324 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 80348 80068 exon 79951 79548 gene_24 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 80334 79555 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 79635 79953 gene_26 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 94132 94789 gene_27 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 103083 103140 exon 104697 105155 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 105467 105612 exon 105712 105822 exon 106259 106448 exon 106978 107134 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 108209 108331 exon 109344 109400 exon 110445 110525 exon 110780 110843 exon 111706 111805 exon 111883 111896 gene_30 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 121023 121814 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 125967 126127 exon 126832 126942 exon 127077 127218 exon 129486 129560 exon 129670 129749 exon 130655 130786 exon 130876 130893 gene_32 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 126306 126853 gene_33 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 133431 133583 exon 135154 135616 RepeatMasker tomato repeats master Gypsy00073 565 657 1 Gypsy00073 565 657 1 nucleotide_motif 266 2094 2183 Unknown00034 3706 3811 1 Unknown00034 3706 3811 1 nucleotide_motif 694 4674 4778 TLP2 4 287 1 TLP2 4 287 1 nucleotide_motif 1194 21088 21373 Gypsy00073 11940 12011 1 Gypsy00073 11940 12011 1 nucleotide_motif 248 22504 22575 Gypsy00073 230 383 1 Gypsy00073 230 383 1 nucleotide_motif 668 22911 23060 Copia00110 13144 13457 1 Copia00110 13144 13457 1 nucleotide_motif 766 23346 23650 Copia00110 13309 13432 1 Copia00110 13309 13432 1 nucleotide_motif 986 23794 23836 Gypsy00073 959 1192 1 Gypsy00073 959 1192 1 nucleotide_motif 656 23837 24065 Copia00110 13433 13615 1 Copia00110 13433 13615 1 nucleotide_motif 986 24066 24128 Gypsy00043 1066 1311 1 Gypsy00043 1066 1311 1 nucleotide_motif 1159 24078 24310 SINE1_SO 27 197 1 SINE1_SO 27 197 1 nucleotide_motif 484 29793 29951 SONATA3 1 90 1 SONATA3 1 90 1 nucleotide_motif 367 30861 30955 SONATA1 134 229 1 SONATA1 134 229 1 nucleotide_motif 421 30975 31072 TS 58 2040 1 TS 58 2040 1 nucleotide_motif 380 33349 33518 Unknown00019 151 713 1 Unknown00019 151 713 1 nucleotide_motif 690 46057 46644 ALIEN1_CA 2 122 1 ALIEN1_CA 2 122 1 nucleotide_motif 391 48781 48899 Copia00172 284 321 1 Copia00172 284 321 1 nucleotide_motif 255 52647 52683 Copia00172 1105 1490 1 Copia00172 1105 1490 1 nucleotide_motif 2117 54534 54910 Copia00094 4410 4527 1 Copia00094 4410 4527 1 nucleotide_motif 470 69050 69157 Unknown00013 154 321 1 Unknown00013 154 321 1 nucleotide_motif 302 69545 69708 Gypsy00163 7773 7896 1 Gypsy00163 7773 7896 1 nucleotide_motif 294 74807 74927 Unknown00034 1 99 1 Unknown00034 1 99 1 nucleotide_motif 592 82362 82464 TLP1 1 289 1 TLP1 1 289 1 nucleotide_motif 1232 84069 84336 Unknown00057 2718 3448 1 Unknown00057 2718 3448 1 nucleotide_motif 590 115474 116198 Unknown00057 474 983 1 Unknown00057 474 983 1 nucleotide_motif 653 116683 117191 Unknown00043 10073 10792 1 Unknown00043 10073 10792 1 nucleotide_motif 1155 117831 118538 RepeatMasker tomato repeats master Unknown00019 51 699 -1 Unknown00019 51 699 -1 nucleotide_motif 4399 2795 2142 Copia00094 4465 4574 -1 Copia00094 4465 4574 -1 nucleotide_motif 692 4771 4660 Unknown00019 48 698 -1 Unknown00019 48 698 -1 nucleotide_motif 4949 5455 4785 CACTA_LP 3091 3133 -1 CACTA_LP 3091 3133 -1 nucleotide_motif 272 13354 13312 Unknown00034 3704 4021 -1 Unknown00034 3704 4021 -1 nucleotide_motif 2005 27269 26963 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1320 30693 30432 Unknown00025 345 474 -1 Unknown00025 345 474 -1 nucleotide_motif 262 30860 30744 Unknown00025 251 330 -1 Unknown00025 251 330 -1 nucleotide_motif 344 31150 31069 Gypsy00043 1066 1311 -1 Gypsy00043 1066 1311 -1 nucleotide_motif 1286 46016 45784 Copia00110 13267 13623 -1 Copia00110 13267 13623 -1 nucleotide_motif 1208 46335 45964 ATMU1 240 323 -1 ATMU1 240 323 -1 nucleotide_motif 247 47167 47086 Unknown00025 245 456 -1 Unknown00025 245 456 -1 nucleotide_motif 654 60772 60544 Unknown00034 3900 4019 -1 Unknown00034 3900 4019 -1 nucleotide_motif 302 69086 68988 Unknown00020 1 400 -1 Unknown00020 1 400 -1 nucleotide_motif 2548 82102 81696 Copia00110 1782 2411 -1 Copia00110 1782 2411 -1 nucleotide_motif 3250 82423 81776 Copia00110 2410 2706 -1 Copia00110 2410 2706 -1 nucleotide_motif 1365 83645 83366 Unknown00046 2744 2860 -1 Unknown00046 2744 2860 -1 nucleotide_motif 508 84155 84036 Unknown00038 3409 4364 -1 Unknown00038 3409 4364 -1 nucleotide_motif 5538 122930 122018 Copia00151 10095 10218 -1 Copia00151 10095 10218 -1 nucleotide_motif 253 130197 130087 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 815 108844 109934 match_2 match 1168 127735 129157 match_3 match 1229 119598 121156 match_4 match 1043 112764 113789 match_5 match 1477 134295 135493 match_6 match 815 108844 109934 match_7 match 1168 127735 129157 match_8 match 1229 119598 121156 match_9 match 1043 112764 113789 match_10 match 1477 134295 135493 match_11 match 547 10296 11302 match_12 match 1108 114072 115130 match_13 match 1108 114072 115130 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1205.5 15 137173 clone_end_1 clone_end 1459 15 792 clone_2 clone 969.5 15 136630 clone_end_2 clone_end 1459 15 792 clone_3 clone 1073.5 35 105256 clone_end_3 clone_end 906 35 577 clone_4 clone 902 1858 109040 clone_start_1 clone_start 291 1858 2004 clone_5 clone 827.5 1858 97297 clone_start_2 clone_start 291 1858 2004 clone_6 clone 1010 2140 109040 clone_start_3 clone_start 507 2140 2416 clone_7 clone 993 2140 97297 clone_start_4 clone_start 622 2140 2474 clone_end_4 clone_end 777 6334 6740 clone_8 clone 1243 9105 117729 clone_end_5 clone_end 1174 9105 9704 clone_9 clone 1101 9864 48391 clone_end_6 clone_end 1100 9864 10418 clone_end_7 clone_end 525 17749 18029 clone_end_8 clone_end 973 20867 21357 clone_10 clone 719.5 24402 59721 clone_start_5 clone_start 914 24402 24862 clone_11 clone 594 24402 59335 clone_start_6 clone_start 914 24402 24862 clone_12 clone 277.5 24923 59335 clone_start_7 clone_start 281 24923 25085 clone_13 clone 403 24923 59721 clone_start_8 clone_start 281 24923 25085 clone_14 clone 982.5 44105 127712 clone_end_9 clone_end 607 44105 44434 clone_start_9 clone_start 1070 46878 47431 clone_15 clone 860 53330 95681 clone_end_10 clone_end 535 53330 53599 clone_16 clone 910 54558 91691 clone_end_11 clone_end 912 54558 55080 clone_17 clone 1334 61440 95406 clone_start_10 clone_start 1255 61440 62072 clone_start_11 clone_start 1039 63404 63973 clone_18 clone 1254 66130 107065 clone_start_12 clone_start 1336 66130 66803 clone_19 clone 936.5 95467 132606 clone_end_12 clone_end 912 95467 95926 clone_end_13 clone_end 1491 117748 118541 clone_end_14 clone_end 745 120121 120517 clone_end_15 clone_end 1142 126013 126588 clone_start_13 clone_start 1183 128527 129147 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_14 clone_start 952 137173 136694 clone_start_15 clone_start 480 136630 136360 clone_start_16 clone_start 1241 105256 104627 clone_end_16 clone_end 761 1640 1236 clone_end_17 clone_end 1513 109040 108262 clone_end_18 clone_end 1364 97297 96610 clone_end_19 clone_end 1513 109040 108262 clone_end_20 clone_end 1364 97297 96610 clone_start_17 clone_start 1392 9606 8897 clone_start_18 clone_start 1312 117729 117020 clone_start_19 clone_start 1102 48391 47836 clone_end_21 clone_end 412 18029 17822 clone_end_22 clone_end 733 18449 18080 clone_end_23 clone_end 1294 20050 19398 clone_end_24 clone_end 525 59721 59433 clone_end_25 clone_end 274 59335 59198 clone_end_26 clone_end 274 59335 59198 clone_end_27 clone_end 525 59721 59433 clone_start_20 clone_start 1429 26367 25635 clone_start_21 clone_start 1368 28520 27789 clone_start_22 clone_start 450 35708 35474 clone_start_23 clone_start 593 36080 35782 clone_start_24 clone_start 519 36063 35782 clone_start_25 clone_start 785 36365 35970 clone_start_26 clone_start 325 36586 36423 clone_start_27 clone_start 1358 127712 127009 clone_end_28 clone_end 706 50739 50360 clone_start_28 clone_start 1461 54045 53302 clone_start_29 clone_start 1185 95681 95060 clone_start_30 clone_start 908 91691 91213 clone_end_29 clone_end 1413 95406 94694 clone_start_31 clone_start 876 62190 61749 clone_end_30 clone_end 1172 107065 106439 clone_end_31 clone_end 803 68319 67911 clone_end_32 clone_end 938 78662 78182 clone_start_32 clone_start 1344 83305 82628 clone_start_33 clone_start 434 90458 90240 clone_start_34 clone_start 684 90889 90524 clone_start_35 clone_start 961 132606 132122 clone_end_33 clone_end 837 100429 100001 clone_start_36 clone_start 1110 107154 106595 clone_start_37 clone_start 1554 108035 107229 clone_end_34 clone_end 1356 108748 108065 clone_end_35 clone_end 1090 127042 126448 clone_start_38 clone_start 706 127131 126757 clone_end_36 clone_end 1515 134029 133262 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.907 4984 5305 match_2 match_part 0.905 4984 5289 match_3 match_part 0.915 4985 5431 match_4 match_part 0.973 5735 5844 match_part 1.000 5938 5988 match_part 1.000 7069 7147 match_part 1.000 7271 7383 match_part 1.000 7462 7535 match_part 1.000 7787 7907 match_part 1.000 7995 8063 match_part 1.000 8207 8251 match_part 1.000 9100 9177 match_part 1.000 10681 10739 match_part 1.000 10821 10908 match_part 1.000 11022 11110 match_part 1.000 11212 11654 match_5 match_part 0.994 25541 25886 match_part 1.000 27399 27585 match_6 match_part 1.000 25543 25886 match_part 1.000 27399 27636 match_7 match_part 1.000 25543 25886 match_part 1.000 27399 27585 match_8 match_part 1.000 25545 25886 match_part 1.000 27399 27628 match_9 match_part 1.000 25546 25886 match_part 1.000 27399 27620 match_10 match_part 1.000 25619 25886 match_part 1.000 27399 27727 match_11 match_part 0.981 25627 25886 match_part 0.959 27399 27592 match_12 match_part 1.000 25628 25886 match_part 1.000 27399 27669 match_13 match_part 1.000 25629 25840 match_14 match_part 1.000 25647 25886 match_part 1.000 27399 27751 match_15 match_part 0.996 25647 25886 match_part 1.000 27399 27708 match_16 match_part 1.000 25726 25886 match_part 1.000 27399 27770 match_17 match_part 1.000 25824 25886 match_part 1.000 27399 27795 match_part 1.000 28742 29192 match_18 match_part 0.934 31567 31793 match_part 1.000 32220 32290 match_part 1.000 35183 35246 match_part 1.000 35323 35379 match_19 match_part 1.000 39925 40020 match_part 1.000 41057 41145 match_part 1.000 41935 42018 match_part 1.000 42184 42366 match_part 1.000 42990 43041 match_20 match_part 0.992 44211 44689 match_21 match_part 0.600 55899 55903 match_part 0.998 56207 56744 match_22 match_part 0.991 61217 61790 match_23 match_part 0.998 61311 61857 match_24 match_part 0.993 61341 61784 match_25 match_part 0.999 61530 62228 match_26 match_part 0.997 61577 62313 match_27 match_part 0.958 61663 61878 match_part 0.993 62062 62201 match_28 match_part 1.000 70651 71354 match_29 match_part 1.000 70652 71188 match_30 match_part 0.995 70667 70882 match_part 1.000 71536 71703 match_part 1.000 73590 73656 match_31 match_part 0.993 70743 71417 match_32 match_part 0.991 70758 71304 match_33 match_part 0.988 70777 71344 match_34 match_part 1.000 70809 71357 match_35 match_part 0.982 70819 71253 match_36 match_part 1.000 70914 71524 match_37 match_part 0.998 70927 71344 match_38 match_part 0.988 70927 71343 match_39 match_part 0.979 71073 71455 match_40 match_part 1.000 71188 71703 match_part 0.990 73590 73784 match_41 match_part 0.995 73589 73797 match_part 0.992 75731 75857 match_part 1.000 75963 76277 match_42 match_part 1.000 73590 73797 match_part 1.000 75731 75857 match_part 0.978 75963 76324 match_43 match_part 1.000 73738 73797 match_part 1.000 75731 75857 match_part 1.000 75963 76217 match_44 match_part 1.000 75742 75857 match_part 0.996 75963 76210 match_part 0.478 76568 76590 match_45 match_part 1.000 75820 75857 match_part 0.991 75963 76313 match_part 0.484 76430 76460 match_46 match_part 0.994 94132 94789 match_47 match_part 0.989 94132 94485 match_48 match_part 1.000 94133 94525 match_49 match_part 1.000 103083 103140 match_part 1.000 104697 105155 match_50 match_part 0.993 105467 105612 match_part 1.000 105712 105822 match_part 1.000 106259 106448 match_part 0.981 106978 107134 match_51 match_part 0.996 121023 121734 match_52 match_part 0.994 121023 121718 match_53 match_part 0.994 121024 121568 match_54 match_part 0.997 121034 121764 match_55 match_part 0.994 121036 121814 match_56 match_part 0.999 121069 121780 match_57 match_part 1.000 125967 126127 match_part 1.000 126832 126942 match_part 1.000 127077 127218 match_part 1.000 129486 129560 match_part 1.000 129670 129749 match_part 0.955 130655 130786 match_part 0.889 130876 130893 match_58 match_part 0.994 125967 126127 match_part 1.000 126832 126942 match_part 1.000 127077 127191 match_59 match_part 0.996 126306 126853 match_60 match_part 1.000 133431 133583 match_part 0.996 135154 135616 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_61 match_part 0.991 62259 62034 match_part 1.000 61898 61319 match_62 match_part 0.992 63973 63253 match_63 match_part 0.998 63841 63253 match_64 match_part 0.972 63841 63275 match_65 match_part 1.000 63841 63304 match_66 match_part 1.000 63839 63504 match_67 match_part 0.996 63846 63624 match_68 match_part 1.000 64305 63791 match_69 match_part 0.988 64297 64039 match_70 match_part 0.951 68342 67571 match_71 match_part 0.962 68619 67813 match_72 match_part 0.966 68646 68062 match_73 match_part 0.971 68614 68235 match_74 match_part 0.996 80334 80068 match_part 0.980 79951 79548 match_75 match_part 0.996 80333 80068 match_part 0.983 79951 79548 match_76 match_part 0.996 80321 80068 match_part 0.978 79951 79549 match_77 match_part 0.996 80334 80068 match_part 0.983 79951 79550 match_78 match_part 0.996 80334 80068 match_part 0.983 79951 79550 match_79 match_part 0.996 80334 80068 match_part 0.985 79951 79550 match_80 match_part 0.996 80314 80068 match_part 0.985 79951 79550 match_81 match_part 1.000 80299 80068 match_part 0.990 79951 79552 match_82 match_part 0.979 80348 80068 match_part 1.000 79951 79555 match_83 match_part 0.966 80334 80068 match_part 0.970 79951 79555 match_84 match_part 0.996 80334 80068 match_part 0.997 79951 79555 match_85 match_part 0.997 79911 79555 match_86 match_part 0.976 79891 79555 match_87 match_part 0.993 79859 79555 match_88 match_part 0.946 79814 79556 match_89 match_part 1.000 80343 80068 match_part 1.000 79951 79557 match_90 match_part 0.996 80337 80068 match_part 1.000 79951 79557 match_91 match_part 1.000 80337 80068 match_part 1.000 79951 79557 match_92 match_part 0.996 80335 80068 match_part 0.997 79951 79557 match_93 match_part 1.000 80335 80068 match_part 1.000 79951 79557 match_94 match_part 0.970 80334 80068 match_part 0.954 79951 79557 match_95 match_part 1.000 80334 80068 match_part 1.000 79951 79557 match_96 match_part 0.996 80333 80068 match_part 0.997 79951 79557 match_97 match_part 0.996 80318 80068 match_part 1.000 79951 79557 match_98 match_part 0.959 80238 80068 match_part 0.970 79951 79557 match_99 match_part 1.000 80212 80068 match_part 1.000 79951 79557 match_100 match_part 0.994 80065 79557 match_101 match_part 0.998 80034 79557 match_102 match_part 1.000 79913 79557 match_103 match_part 1.000 79895 79557 match_104 match_part 0.996 79822 79557 match_105 match_part 1.000 79797 79557 match_106 match_part 0.996 80335 80068 match_part 0.997 79951 79558 match_107 match_part 1.000 80144 80068 match_part 0.995 79951 79558 match_108 match_part 0.982 80343 80068 match_part 0.987 79951 79559 match_109 match_part 0.989 80337 80068 match_part 0.992 79951 79562 match_110 match_part 0.988 80235 80068 match_part 0.964 79951 79562 match_111 match_part 0.979 80348 80068 match_part 0.990 79951 79563 match_112 match_part 0.996 80334 80068 match_part 1.000 79951 79566 match_113 match_part 0.996 80333 80068 match_part 0.997 79951 79590 match_114 match_part 0.979 80305 80068 match_part 0.997 79951 79601 match_115 match_part 0.996 80325 80068 match_part 0.997 79951 79612 match_116 match_part 0.996 80333 80068 match_part 1.000 79951 79638 match_117 match_part 0.996 80325 80068 match_part 1.000 79951 79640 match_118 match_part 0.985 80333 80068 match_part 1.000 79951 79645 match_119 match_part 0.992 80333 80068 match_part 1.000 79951 79652 match_120 match_part 0.989 80333 80068 match_part 1.000 79951 79727 match_121 match_part 0.996 80333 80068 match_part 1.000 79951 79754 match_122 match_part 0.979 80305 80068 match_part 1.000 79951 79823 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 4984 5431 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 5735 5844 exon 5938 5988 exon 7069 7147 exon 7271 7383 exon 7462 7535 exon 7787 7907 exon 7995 8063 exon 8207 8251 exon 9100 9177 exon 10681 10739 exon 10821 10908 exon 11022 11110 exon 11212 11654 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 25541 25886 exon 27399 27795 exon 28742 29192 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 31567 31793 exon 32220 32290 exon 35183 35246 exon 35323 35379 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 39925 40020 exon 41057 41145 exon 41935 42018 exon 42184 42366 exon 42990 43041 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 44211 44689 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 55899 55903 exon 56207 56744 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61217 62313 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61217 61878 exon 62062 62201 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 62259 62034 exon 61898 61319 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 64305 63253 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 68646 67571 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76324 gene_14 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70651 71703 exon 73590 73797 exon 75731 75857 exon 75963 76313 exon 76430 76460 gene_15 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 73589 73797 exon 75731 75857 exon 75963 76324 gene_16 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70667 70882 exon 71536 71703 exon 73590 73797 exon 75731 75857 exon 75963 76324 gene_17 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 75742 75857 exon 75963 76210 exon 76568 76590 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 80348 80068 exon 79951 79548 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 80065 79555 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 94132 94789 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 103083 103140 exon 104697 105155 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 105467 105612 exon 105712 105822 exon 106259 106448 exon 106978 107134 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 121023 121814 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 125967 126127 exon 126832 126942 exon 127077 127218 exon 129486 129560 exon 129670 129749 exon 130655 130786 exon 130876 130893 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 126306 126853 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 133431 133583 exon 135154 135616 AUGUSTUS_tom_cdna de novo gene_1 gene 0.18 1881 25679 transcript_1 transcript 0.18 1881 25679 start_codon_1 start_codon 1881 1883 intron_1 intron 0.54 1893 5775 intron_2 intron 1 5845 5937 intron_3 intron 1 5989 7068 intron_4 intron 1 7148 7270 intron_5 intron 1 7384 7461 intron_6 intron 1 7536 7786 intron_7 intron 1 7908 7994 intron_8 intron 1 8064 8206 intron_9 intron 1 8252 9099 intron_10 intron 1 9178 10680 intron_11 intron 1 10740 10820 intron_12 intron 1 10909 11021 intron_13 intron 1 11111 11211 intron_14 intron 0.49 11255 11346 intron_15 intron 0.48 11411 17072 intron_16 intron 0.88 17294 18749 intron_17 intron 0.76 18788 18896 intron_18 intron 0.97 20106 25627 CDS_1 CDS 0.56 1881 1892 CDS_2 CDS 0.98 5776 5844 CDS_3 CDS 1 5938 5988 CDS_4 CDS 1 7069 7147 CDS_5 CDS 1 7271 7383 CDS_6 CDS 1 7462 7535 CDS_7 CDS 1 7787 7907 CDS_8 CDS 1 7995 8063 CDS_9 CDS 1 8207 8251 CDS_10 CDS 1 9100 9177 CDS_11 CDS 1 10681 10739 CDS_12 CDS 1 10821 10908 CDS_13 CDS 1 11022 11110 CDS_14 CDS 1 11212 11254 CDS_15 CDS 0.49 11347 11410 CDS_16 CDS 0.57 17073 17293 CDS_17 CDS 0.76 18750 18787 CDS_18 CDS 0.86 18897 20105 CDS_19 CDS 1 25628 25679 stop_codon_1 stop_codon 25677 25679 gene_2 gene 0.01 25736 62203 transcript_2 transcript 0.01 25736 62203 start_codon_2 start_codon 25736 25738 intron_19 intron 1 25887 27398 intron_20 intron 1 27796 28741 intron_21 intron 0.34 29434 31686 intron_22 intron 1 31794 32219 intron_23 intron 1 32291 35182 intron_24 intron 1 35247 35322 intron_25 intron 0.66 35395 35503 intron_26 intron 0.96 35699 35785 intron_27 intron 0.96 35864 36153 intron_28 intron 0.86 36253 36427 intron_29 intron 0.47 36498 38258 intron_30 intron 0.55 38321 39174 intron_31 intron 0.97 39315 39683 intron_32 intron 0.79 39811 39905 intron_33 intron 1 40021 41056 intron_34 intron 1 41146 41934 intron_35 intron 1 42019 42183 intron_36 intron 1 42367 42989 intron_37 intron 0.81 43146 43757 intron_38 intron 0.56 43818 44087 intron_39 intron 0.49 44220 44713 intron_40 intron 0.49 44763 47340 intron_41 intron 0.91 48013 56206 intron_42 intron 0.93 57953 61283 CDS_20 CDS 1 25736 25886 CDS_21 CDS 1 27399 27795 CDS_22 CDS 0.4 28742 29433 CDS_23 CDS 0.36 31687 31793 CDS_24 CDS 1 32220 32290 CDS_25 CDS 1 35183 35246 CDS_26 CDS 0.66 35323 35394 CDS_27 CDS 0.99 35504 35698 CDS_28 CDS 0.97 35786 35863 CDS_29 CDS 0.99 36154 36252 CDS_30 CDS 0.84 36428 36497 CDS_31 CDS 0.56 38259 38320 CDS_32 CDS 0.96 39175 39314 CDS_33 CDS 0.95 39684 39810 CDS_34 CDS 0.82 39906 40020 CDS_35 CDS 1 41057 41145 CDS_36 CDS 1 41935 42018 CDS_37 CDS 1 42184 42366 CDS_38 CDS 1 42990 43145 CDS_39 CDS 0.81 43758 43817 CDS_40 CDS 0.67 44088 44219 CDS_41 CDS 0.71 44714 44762 CDS_42 CDS 0.53 47341 48012 CDS_43 CDS 0.93 56207 57952 CDS_44 CDS 1 61284 62203 stop_codon_2 stop_codon 62201 62203 gene_3 gene 0.82 69952 76053 transcript_3 transcript 0.82 69952 76053 start_codon_3 start_codon 69952 69954 intron_43 intron 0.82 69975 70598 intron_44 intron 1 71704 73589 intron_45 intron 1 73798 75730 intron_46 intron 1 75858 75962 CDS_45 CDS 0.97 69952 69974 CDS_46 CDS 0.84 70599 71703 CDS_47 CDS 1 73590 73797 CDS_48 CDS 1 75731 75857 CDS_49 CDS 1 75963 76053 stop_codon_3 stop_codon 76051 76053 gene_4 gene 0.03 92709 126836 transcript_4 transcript 0.03 92709 126836 start_codon_4 start_codon 92709 92711 intron_47 intron 0.83 92925 98475 intron_48 intron 1 98746 99721 intron_49 intron 0.9 99813 100119 intron_50 intron 0.4 100442 103071 intron_51 intron 0.78 103141 104724 intron_52 intron 1 105303 105392 intron_53 intron 1 105613 105711 intron_54 intron 0.95 105823 106258 intron_55 intron 0.96 106449 106977 intron_56 intron 1 107327 108104 intron_57 intron 0.42 108332 110444 intron_58 intron 0.78 110526 110779 intron_59 intron 0.84 110844 111705 intron_60 intron 0.57 111809 111882 intron_61 intron 0.73 111967 112446 intron_62 intron 0.88 112535 112629 intron_63 intron 0.99 112723 113557 intron_64 intron 0.82 113651 120850 intron_65 intron 0.39 121092 121405 intron_66 intron 0.63 121521 125945 intron_67 intron 1 126128 126831 CDS_50 CDS 0.97 92709 92924 CDS_51 CDS 0.94 98476 98745 CDS_52 CDS 0.91 99722 99812 CDS_53 CDS 0.47 100120 100441 CDS_54 CDS 0.82 103072 103140 CDS_55 CDS 0.98 104725 105302 CDS_56 CDS 1 105393 105612 CDS_57 CDS 1 105712 105822 CDS_58 CDS 0.94 106259 106448 CDS_59 CDS 0.97 106978 107326 CDS_60 CDS 1 108105 108331 CDS_61 CDS 0.8 110445 110525 CDS_62 CDS 0.97 110780 110843 CDS_63 CDS 0.68 111706 111808 CDS_64 CDS 0.7 111883 111966 CDS_65 CDS 0.88 112447 112534 CDS_66 CDS 0.9 112630 112722 CDS_67 CDS 0.98 113558 113650 CDS_68 CDS 0.35 120851 121091 CDS_69 CDS 0.64 121406 121520 CDS_70 CDS 0.94 125946 126127 CDS_71 CDS 1 126832 126836 stop_codon_4 stop_codon 126834 126836 gene_5 gene 0.63 130727 133487 transcript_5 transcript 0.63 130727 133487 start_codon_5 start_codon 130727 130729 intron_68 intron 0.99 130787 130895 intron_69 intron 0.64 131014 133356 CDS_72 CDS 1 130727 130786 CDS_73 CDS 0.65 130896 131013 CDS_74 CDS 0.93 133357 133487 stop_codon_5 stop_codon 133485 133487 AUGUSTUS_tom_cdna de novo gene_6 gene 0.67 801 448 transcript_6 transcript 0.67 801 448 stop_codon_6 stop_codon 450 448 CDS_75 CDS 0.67 801 448 start_codon_6 start_codon 801 799 gene_7 gene 0.39 69896 62214 transcript_7 transcript 0.39 69896 62214 stop_codon_7 stop_codon 62216 62214 intron_70 intron 0.75 66125 62304 intron_71 intron 0.61 67646 66973 intron_72 intron 0.9 69874 68650 CDS_76 CDS 0.91 62303 62214 CDS_77 CDS 0.54 66972 66126 CDS_78 CDS 0.61 68649 67647 CDS_79 CDS 0.87 69896 69875 start_codon_7 start_codon 69896 69894 gene_8 gene 1 80271 79715 transcript_8 transcript 1 80271 79715 stop_codon_8 stop_codon 79717 79715 intron_73 intron 1 80067 79952 CDS_80 CDS 1 79951 79715 CDS_81 CDS 1 80271 80068 start_codon_8 start_codon 80271 80269 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 69.01 99831 99901 tRNA_2 tRNA 51.29 130373 130443 tRNA_3 tRNA 69.01 135747 135817 AUGUSTUS_ab_initio de novo gene_1 gene 0.26 5785 11460 transcript_1 transcript 0.26 5785 11460 start_codon_1 start_codon 5785 5787 intron_1 intron 0.99 5845 5937 intron_2 intron 1 5989 7068 intron_3 intron 1 7148 7270 intron_4 intron 1 7384 7461 intron_5 intron 0.98 7536 7786 intron_6 intron 1 7899 7994 intron_7 intron 0.98 8064 8206 intron_8 intron 0.61 8252 9099 intron_9 intron 1 9178 10680 intron_10 intron 1 10740 10820 intron_11 intron 1 10894 11021 intron_12 intron 0.78 11111 11211 intron_13 intron 0.63 11255 11346 CDS_1 CDS 0.99 5785 5844 CDS_2 CDS 0.99 5938 5988 CDS_3 CDS 1 7069 7147 CDS_4 CDS 1 7271 7383 CDS_5 CDS 0.98 7462 7535 CDS_6 CDS 1 7787 7898 CDS_7 CDS 1 7995 8063 CDS_8 CDS 0.61 8207 8251 CDS_9 CDS 1 9100 9177 CDS_10 CDS 1 10681 10739 CDS_11 CDS 1 10821 10893 CDS_12 CDS 1 11022 11110 CDS_13 CDS 0.71 11212 11254 CDS_14 CDS 0.46 11347 11460 stop_codon_1 stop_codon 11458 11460 gene_2 gene 0.74 16955 20196 transcript_2 transcript 0.74 16955 20196 start_codon_2 start_codon 16955 16957 intron_14 intron 0.95 17294 18749 intron_15 intron 0.79 18788 18896 CDS_15 CDS 0.89 16955 17293 CDS_16 CDS 0.8 18750 18787 CDS_17 CDS 0.94 18897 20196 stop_codon_2 stop_codon 20194 20196 gene_3 gene 0.71 25736 29468 transcript_3 transcript 0.71 25736 29468 start_codon_3 start_codon 25736 25738 intron_16 intron 0.8 25887 27398 intron_17 intron 0.91 27796 28741 CDS_18 CDS 0.99 25736 25886 CDS_19 CDS 0.71 27399 27795 CDS_20 CDS 1 28742 29468 stop_codon_3 stop_codon 29466 29468 gene_4 gene 0.09 31632 44270 transcript_4 transcript 0.09 31632 44270 start_codon_4 start_codon 31632 31634 intron_18 intron 1 31794 32219 intron_19 intron 0.69 32291 35182 intron_20 intron 1 35247 35322 intron_21 intron 0.72 35395 35503 intron_22 intron 1 35699 35785 intron_23 intron 1 35864 36153 intron_24 intron 1 36253 36427 intron_25 intron 0.81 36498 37638 intron_26 intron 0.36 37695 37937 intron_27 intron 0.36 38071 38258 intron_28 intron 0.9 38321 39174 intron_29 intron 1 39315 39683 intron_30 intron 0.86 39811 39905 intron_31 intron 0.98 40021 41056 intron_32 intron 0.81 41146 41934 intron_33 intron 0.81 42019 42183 intron_34 intron 0.85 42367 42989 intron_35 intron 0.97 43146 43757 intron_36 intron 0.97 43818 44087 CDS_21 CDS 1 31632 31793 CDS_22 CDS 0.95 32220 32290 CDS_23 CDS 1 35183 35246 CDS_24 CDS 0.72 35323 35394 CDS_25 CDS 1 35504 35698 CDS_26 CDS 1 35786 35863 CDS_27 CDS 1 36154 36252 CDS_28 CDS 1 36428 36497 CDS_29 CDS 0.41 37639 37694 CDS_30 CDS 0.37 37938 38070 CDS_31 CDS 0.88 38259 38320 CDS_32 CDS 1 39175 39314 CDS_33 CDS 0.96 39684 39810 CDS_34 CDS 0.87 39906 40020 CDS_35 CDS 1 41057 41145 CDS_36 CDS 0.81 41935 42018 CDS_37 CDS 1 42184 42366 CDS_38 CDS 1 42990 43145 CDS_39 CDS 0.97 43758 43817 CDS_40 CDS 1 44088 44270 stop_codon_4 stop_codon 44268 44270 gene_5 gene 0.17 47217 48319 transcript_5 transcript 0.17 47217 48319 start_codon_5 start_codon 47217 47219 intron_37 intron 0.17 48013 48257 CDS_41 CDS 0.88 47217 48012 CDS_42 CDS 0.17 48258 48319 stop_codon_5 stop_codon 48317 48319 gene_6 gene 0.55 56176 58188 transcript_6 transcript 0.55 56176 58188 start_codon_6 start_codon 56176 56178 CDS_43 CDS 0.55 56176 58188 stop_codon_6 stop_codon 58186 58188 gene_7 gene 1 61367 62203 transcript_7 transcript 1 61367 62203 start_codon_7 start_codon 61367 61369 CDS_44 CDS 1 61367 62203 stop_codon_7 stop_codon 62201 62203 gene_8 gene 0.61 70606 76053 transcript_8 transcript 0.61 70606 76053 start_codon_8 start_codon 70606 70608 intron_38 intron 0.98 71704 73589 intron_39 intron 0.64 73798 75730 intron_40 intron 1 75858 75962 CDS_45 CDS 0.98 70606 71703 CDS_46 CDS 0.99 73590 73797 CDS_47 CDS 1 75731 75857 CDS_48 CDS 1 75963 76053 stop_codon_8 stop_codon 76051 76053 gene_9 gene 0.04 87040 92954 transcript_9 transcript 0.04 87040 92954 start_codon_9 start_codon 87040 87042 intron_41 intron 0.5 87067 87180 intron_42 intron 0.28 87260 87709 intron_43 intron 0.52 87799 88006 intron_44 intron 0.5 88164 90109 intron_45 intron 0.44 90166 90835 intron_46 intron 0.88 90903 91503 intron_47 intron 0.67 91594 92703 CDS_49 CDS 0.53 87040 87066 CDS_50 CDS 0.34 87181 87259 CDS_51 CDS 0.5 87710 87798 CDS_52 CDS 0.49 88007 88163 CDS_53 CDS 0.41 90110 90165 CDS_54 CDS 0.8 90836 90902 CDS_55 CDS 0.78 91504 91593 CDS_56 CDS 0.51 92704 92954 stop_codon_9 stop_codon 92952 92954 gene_10 gene 0.03 95271 103744 transcript_10 transcript 0.03 95271 103744 start_codon_10 start_codon 95271 95273 intron_48 intron 0.38 95360 95480 intron_49 intron 0.58 95592 95711 intron_50 intron 0.6 95798 95875 intron_51 intron 0.35 95987 98410 intron_52 intron 0.37 98746 103588 CDS_57 CDS 0.38 95271 95359 CDS_58 CDS 0.84 95481 95591 CDS_59 CDS 0.61 95712 95797 CDS_60 CDS 0.62 95876 95986 CDS_61 CDS 0.35 98411 98745 CDS_62 CDS 0.72 103589 103744 stop_codon_10 stop_codon 103742 103744 gene_11 gene 0.21 104726 114329 transcript_11 transcript 0.21 104726 114329 start_codon_11 start_codon 104726 104728 intron_53 intron 1 105303 105392 intron_54 intron 1 105613 105711 intron_55 intron 0.95 105823 106258 intron_56 intron 1 106449 106977 intron_57 intron 1 107327 108104 intron_58 intron 0.82 108332 109343 intron_59 intron 0.91 109401 110444 intron_60 intron 0.99 110526 110779 intron_61 intron 0.99 110844 111705 intron_62 intron 0.76 111809 111882 intron_63 intron 0.77 111967 112446 intron_64 intron 0.97 112535 112629 intron_65 intron 0.97 112723 113557 intron_66 intron 0.5 113651 114221 CDS_63 CDS 0.99 104726 105302 CDS_64 CDS 1 105393 105612 CDS_65 CDS 1 105712 105822 CDS_66 CDS 0.95 106259 106448 CDS_67 CDS 1 106978 107326 CDS_68 CDS 1 108105 108331 CDS_69 CDS 0.85 109344 109400 CDS_70 CDS 1 110445 110525 CDS_71 CDS 1 110780 110843 CDS_72 CDS 0.77 111706 111808 CDS_73 CDS 0.8 111883 111966 CDS_74 CDS 0.98 112447 112534 CDS_75 CDS 0.98 112630 112722 CDS_76 CDS 0.97 113558 113650 CDS_77 CDS 0.5 114222 114329 stop_codon_11 stop_codon 114327 114329 gene_12 gene 0.57 120842 121150 transcript_12 transcript 0.57 120842 121150 start_codon_12 start_codon 120842 120844 CDS_78 CDS 0.57 120842 121150 stop_codon_12 stop_codon 121148 121150 gene_13 gene 0.07 125947 129729 transcript_13 transcript 0.07 125947 129729 start_codon_13 start_codon 125947 125949 intron_67 intron 0.59 126128 128249 intron_68 intron 0.49 128305 129485 intron_69 intron 0.57 129561 129656 CDS_79 CDS 0.43 125947 126127 CDS_80 CDS 0.71 128250 128304 CDS_81 CDS 0.95 129486 129560 CDS_82 CDS 0.48 129657 129729 stop_codon_13 stop_codon 129727 129729 gene_14 gene 0.1 130727 133487 transcript_14 transcript 0.1 130727 133487 start_codon_14 start_codon 130727 130729 intron_70 intron 0.92 130787 130895 intron_71 intron 0.96 130973 131194 intron_72 intron 0.64 131306 133107 intron_73 intron 0.28 133194 133356 CDS_83 CDS 0.5 130727 130786 CDS_84 CDS 0.89 130896 130972 CDS_85 CDS 0.93 131195 131305 CDS_86 CDS 0.3 133108 133193 CDS_87 CDS 0.36 133357 133487 stop_codon_14 stop_codon 133485 133487 AUGUSTUS_ab_initio de novo gene_15 gene 0.3 801 448 transcript_15 transcript 0.3 801 448 stop_codon_15 stop_codon 450 448 CDS_88 CDS 0.3 801 448 start_codon_15 start_codon 801 799 gene_16 gene 0.75 13673 12998 transcript_16 transcript 0.75 13673 12998 stop_codon_16 stop_codon 13000 12998 intron_74 intron 0.81 13416 13080 CDS_89 CDS 0.82 13079 12998 CDS_90 CDS 0.86 13673 13417 start_codon_16 start_codon 13673 13671 gene_17 gene 0.87 66941 66120 transcript_17 transcript 0.87 66941 66120 stop_codon_17 stop_codon 66122 66120 CDS_91 CDS 0.87 66941 66120 start_codon_17 start_codon 66941 66939 gene_18 gene 1 68557 67613 transcript_18 transcript 1 68557 67613 stop_codon_18 stop_codon 67615 67613 CDS_92 CDS 1 68557 67613 start_codon_18 start_codon 68557 68555 gene_19 gene 0.31 79147 78058 transcript_19 transcript 0.31 79147 78058 stop_codon_19 stop_codon 78060 78058 intron_75 intron 0.64 78892 78276 intron_76 intron 0.68 79084 78993 CDS_93 CDS 0.6 78275 78058 CDS_94 CDS 0.64 78992 78893 CDS_95 CDS 0.51 79147 79085 start_codon_19 start_codon 79147 79145 gene_20 gene 0.83 80271 79715 transcript_20 transcript 0.83 80271 79715 stop_codon_20 stop_codon 79717 79715 intron_77 intron 1 80067 79952 CDS_96 CDS 0.83 79951 79715 CDS_97 CDS 1 80271 80068 start_codon_20 start_codon 80271 80269 gene_21 gene 0.35 117717 114409 transcript_21 transcript 0.35 117717 114409 stop_codon_21 stop_codon 114411 114409 intron_78 intron 0.97 114983 114776 intron_79 intron 0.41 117584 115345 CDS_98 CDS 0.88 114775 114409 CDS_99 CDS 0.42 115344 114984 CDS_100 CDS 0.55 117717 117585 start_codon_21 start_codon 117717 117715 AUGUSTUS_tom_ugs de novo gene_1 gene 0.01 1881 62203 transcript_1 transcript 0.01 1881 62203 start_codon_1 start_codon 1881 1883 intron_1 intron 0.31 1893 5937 intron_2 intron 0.69 5989 7068 intron_3 intron 1 7148 7270 intron_4 intron 0.97 7384 7461 intron_5 intron 0.96 7536 7786 intron_6 intron 0.97 7899 7994 intron_7 intron 0.86 8064 8206 intron_8 intron 0.52 8252 9099 intron_9 intron 0.89 9178 10680 intron_10 intron 0.89 10740 10820 intron_11 intron 0.82 10894 11021 intron_12 intron 0.66 11111 16935 intron_13 intron 0.81 17294 18749 intron_14 intron 0.7 18788 18896 intron_15 intron 0.61 20106 25770 intron_16 intron 1 25887 27398 intron_17 intron 1 27796 28741 intron_18 intron 0.47 29434 31686 intron_19 intron 1 31794 32219 intron_20 intron 1 32291 35182 intron_21 intron 1 35247 35322 intron_22 intron 1 35395 35503 intron_23 intron 1 35699 35785 intron_24 intron 1 35864 36153 intron_25 intron 0.86 36253 36427 intron_26 intron 0.42 36498 38258 intron_27 intron 0.56 38321 39174 intron_28 intron 0.94 39315 39683 intron_29 intron 0.81 39811 39905 intron_30 intron 1 40021 41056 intron_31 intron 1 41146 41934 intron_32 intron 1 42019 42183 intron_33 intron 1 42367 42989 intron_34 intron 0.72 43146 43757 intron_35 intron 0.51 43818 44087 intron_36 intron 0.47 44220 44713 intron_37 intron 0.45 44763 47340 intron_38 intron 0.92 48013 56206 intron_39 intron 0.77 58127 61283 CDS_1 CDS 0.5 1881 1892 CDS_2 CDS 0.69 5938 5988 CDS_3 CDS 1 7069 7147 CDS_4 CDS 1 7271 7383 CDS_5 CDS 0.96 7462 7535 CDS_6 CDS 0.97 7787 7898 CDS_7 CDS 0.99 7995 8063 CDS_8 CDS 0.52 8207 8251 CDS_9 CDS 0.98 9100 9177 CDS_10 CDS 0.89 10681 10739 CDS_11 CDS 0.83 10821 10893 CDS_12 CDS 0.91 11022 11110 CDS_13 CDS 0.7 16936 17293 CDS_14 CDS 0.7 18750 18787 CDS_15 CDS 0.82 18897 20105 CDS_16 CDS 0.67 25771 25886 CDS_17 CDS 1 27399 27795 CDS_18 CDS 0.56 28742 29433 CDS_19 CDS 0.47 31687 31793 CDS_20 CDS 1 32220 32290 CDS_21 CDS 1 35183 35246 CDS_22 CDS 1 35323 35394 CDS_23 CDS 1 35504 35698 CDS_24 CDS 1 35786 35863 CDS_25 CDS 1 36154 36252 CDS_26 CDS 0.85 36428 36497 CDS_27 CDS 0.58 38259 38320 CDS_28 CDS 0.94 39175 39314 CDS_29 CDS 0.93 39684 39810 CDS_30 CDS 0.86 39906 40020 CDS_31 CDS 1 41057 41145 CDS_32 CDS 1 41935 42018 CDS_33 CDS 1 42184 42366 CDS_34 CDS 1 42990 43145 CDS_35 CDS 0.72 43758 43817 CDS_36 CDS 0.7 44088 44219 CDS_37 CDS 0.66 44714 44762 CDS_38 CDS 0.54 47341 48012 CDS_39 CDS 0.79 56207 58126 CDS_40 CDS 0.81 61284 62203 stop_codon_1 stop_codon 62201 62203 gene_2 gene 0.23 70858 79698 transcript_2 transcript 0.23 70858 79698 start_codon_2 start_codon 70858 70860 intron_40 intron 1 71704 73589 intron_41 intron 1 73798 75730 intron_42 intron 1 75858 75962 intron_43 intron 0.23 76035 79625 CDS_41 CDS 1 70858 71703 CDS_42 CDS 1 73590 73797 CDS_43 CDS 1 75731 75857 CDS_44 CDS 0.52 75963 76034 CDS_45 CDS 0.31 79626 79698 stop_codon_2 stop_codon 79696 79698 gene_3 gene 0.03 85124 103744 transcript_3 transcript 0.03 85124 103744 start_codon_3 start_codon 85124 85126 intron_44 intron 0.55 85132 85788 intron_45 intron 1 85871 86875 intron_46 intron 0.47 86936 87046 intron_47 intron 1 87089 87180 intron_48 intron 0.49 87265 90835 intron_49 intron 0.49 90903 91503 intron_50 intron 0.33 91594 92703 intron_51 intron 0.36 92925 98475 intron_52 intron 1 98746 99721 intron_53 intron 0.57 99813 100119 intron_54 intron 0.44 100296 103071 intron_55 intron 0.87 103141 103588 CDS_46 CDS 0.69 85124 85131 CDS_47 CDS 0.83 85789 85870 CDS_48 CDS 0.49 86876 86935 CDS_49 CDS 0.78 87047 87088 CDS_50 CDS 0.99 87181 87264 CDS_51 CDS 0.53 90836 90902 CDS_52 CDS 0.67 91504 91593 CDS_53 CDS 0.36 92704 92924 CDS_54 CDS 0.49 98476 98745 CDS_55 CDS 0.57 99722 99812 CDS_56 CDS 0.44 100120 100295 CDS_57 CDS 0.95 103072 103140 CDS_58 CDS 0.89 103589 103744 stop_codon_3 stop_codon 103742 103744 gene_4 gene 0.09 104726 126836 transcript_4 transcript 0.09 104726 126836 start_codon_4 start_codon 104726 104728 intron_56 intron 1 105303 105392 intron_57 intron 0.99 105613 105711 intron_58 intron 0.91 105823 106258 intron_59 intron 0.99 106449 106977 intron_60 intron 0.94 107327 108104 intron_61 intron 0.4 108332 110444 intron_62 intron 0.93 110526 110779 intron_63 intron 0.82 110844 111705 intron_64 intron 0.64 111809 111882 intron_65 intron 0.74 111967 112446 intron_66 intron 0.85 112535 112629 intron_67 intron 0.97 112723 113557 intron_68 intron 0.79 113651 120850 intron_69 intron 0.63 121112 125561 intron_70 intron 1 125597 125729 intron_71 intron 1 125795 125956 intron_72 intron 1 126128 126831 CDS_59 CDS 0.98 104726 105302 CDS_60 CDS 0.99 105393 105612 CDS_61 CDS 0.94 105712 105822 CDS_62 CDS 0.91 106259 106448 CDS_63 CDS 0.93 106978 107326 CDS_64 CDS 0.94 108105 108331 CDS_65 CDS 0.93 110445 110525 CDS_66 CDS 1 110780 110843 CDS_67 CDS 0.7 111706 111808 CDS_68 CDS 0.7 111883 111966 CDS_69 CDS 0.85 112447 112534 CDS_70 CDS 0.85 112630 112722 CDS_71 CDS 0.97 113558 113650 CDS_72 CDS 0.56 120851 121111 CDS_73 CDS 0.97 125562 125596 CDS_74 CDS 1 125730 125794 CDS_75 CDS 1 125957 126127 CDS_76 CDS 1 126832 126836 stop_codon_4 stop_codon 126834 126836 gene_5 gene 0.61 130727 133487 transcript_5 transcript 0.61 130727 133487 start_codon_5 start_codon 130727 130729 intron_73 intron 0.94 130787 130895 intron_74 intron 0.64 131014 133356 CDS_77 CDS 1 130727 130786 CDS_78 CDS 0.61 130896 131013 CDS_79 CDS 0.98 133357 133487 stop_codon_5 stop_codon 133485 133487 AUGUSTUS_tom_ugs de novo gene_6 gene 0.78 801 448 transcript_6 transcript 0.78 801 448 stop_codon_6 stop_codon 450 448 CDS_80 CDS 0.78 801 448 start_codon_6 start_codon 801 799 gene_7 gene 0.3 70811 62214 transcript_7 transcript 0.3 70811 62214 stop_codon_7 stop_codon 62216 62214 intron_75 intron 0.67 66125 62256 intron_76 intron 0.51 67646 66973 intron_77 intron 0.99 70794 68319 CDS_81 CDS 0.78 62255 62214 CDS_82 CDS 0.42 66972 66126 CDS_83 CDS 0.51 68318 67647 CDS_84 CDS 0.99 70811 70795 start_codon_7 start_codon 70811 70809 gene_8 gene 0.59 85080 79715 transcript_8 transcript 0.59 85080 79715 stop_codon_8 stop_codon 79717 79715 intron_78 intron 0.75 80067 79952 intron_79 intron 0.6 85023 80257 CDS_85 CDS 0.74 79951 79715 CDS_86 CDS 0.67 80256 80068 CDS_87 CDS 0.66 85080 85024 start_codon_8 start_codon 85080 85078 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.980 514 714 match_2 match_part 1.000 25510 25886 match_part 1.000 27399 27795 match_part 0.996 28742 29227 match_3 match_part 1.000 31534 31793 match_part 1.000 32220 32290 match_part 1.000 35183 35246 match_part 1.000 35323 35394 match_part 1.000 35504 35698 match_part 1.000 35786 35863 match_part 1.000 36154 36198 match_4 match_part 0.984 31544 31793 match_part 0.963 32220 32709 match_5 match_part 0.990 39923 40020 match_part 1.000 41057 41145 match_part 1.000 41935 42018 match_part 1.000 42184 42366 match_part 1.000 42990 43041 match_6 match_part 0.992 44210 44686 match_7 match_part 0.600 55899 55903 match_part 0.998 56207 56744 match_8 match_part 0.971 57583 58066 match_9 match_part 0.997 61289 62341 match_10 match_part 0.950 61658 61878 match_part 0.992 62062 62191 match_11 match_part 0.999 70650 71703 match_part 1.000 73590 73797 match_part 1.000 75731 75857 match_part 0.978 75963 76324 match_12 match_part 1.000 85814 85870 match_part 1.000 86876 87088 match_part 1.000 87181 87264 match_part 1.000 88694 88813 match_part 0.996 88912 89138 match_part 0.806 91205 91271 match_13 match_part 0.989 94131 94843 match_14 match_part 0.995 100123 100698 match_15 match_part 1.000 103081 103140 match_part 1.000 104697 105146 match_16 match_part 0.993 105465 105612 match_part 1.000 105712 105822 match_part 1.000 106259 106448 match_part 0.981 106978 107134 match_17 match_part 0.996 121025 121819 match_18 match_part 1.000 125965 126127 match_part 1.000 126832 126942 match_part 1.000 127077 127218 match_part 1.000 129486 129560 match_part 1.000 129670 129749 match_part 0.952 130655 130778 match_19 match_part 0.996 126304 126853 match_20 match_part 1.000 133217 133219 match_part 0.978 133357 133583 match_part 0.988 135154 135658 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_21 match_part 0.979 62318 62027 match_part 0.982 61787 61282 match_22 match_part 0.991 62261 62034 match_part 1.000 61898 61338 match_23 match_part 1.000 64306 63235 match_24 match_part 0.949 68646 67567 match_25 match_part 0.978 80343 80068 match_part 1.000 79951 79555 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 514 714 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 25510 25886 exon 27399 27795 exon 28742 29227 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 31534 31793 exon 32220 32290 exon 35183 35246 exon 35323 35394 exon 35504 35698 exon 35786 35863 exon 36154 36198 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 31544 31793 exon 32220 32709 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 39923 40020 exon 41057 41145 exon 41935 42018 exon 42184 42366 exon 42990 43041 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 44210 44686 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 55899 55903 exon 56207 56744 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 57583 58066 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 62318 62027 exon 61787 61282 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 62261 62034 exon 61898 61338 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61289 62341 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 61658 61878 exon 62062 62191 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 64306 63235 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 68646 67567 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70650 71703 exon 73590 73797 exon 75731 75857 exon 75963 76324 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 80343 80068 exon 79951 79555 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 85814 85870 exon 86876 87088 exon 87181 87264 exon 88694 88813 exon 88912 89138 exon 91205 91271 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 94131 94843 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 100123 100698 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 103081 103140 exon 104697 105146 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 105465 105612 exon 105712 105822 exon 106259 106448 exon 106978 107134 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 121025 121819 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 125965 126127 exon 126832 126942 exon 127077 127218 exon 129486 129560 exon 129670 129749 exon 130655 130778 gene_24 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 126304 126853 gene_25 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 133217 133219 exon 133357 133583 exon 135154 135658 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.988 70777 71344 match_2 match_part 0.750 97497 97504 match_part 0.970 97653 97984 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.996 99350 99097 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 70777 71344 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 97497 97504 exon 97653 97984 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0051C14.1 type gene exon 99350 99097 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.68 1881 25679 transcript_1 transcript 0.4 5797 25679 start_codon_1 start_codon 5797 5799 intron_1 intron 1 5845 5937 intron_2 intron 1 5989 7068 intron_3 intron 0.99 7148 7270 intron_4 intron 1 7384 7461 intron_5 intron 1 7536 7786 intron_6 intron 1 7908 7994 intron_7 intron 1 8064 8206 intron_8 intron 1 8252 9099 intron_9 intron 0.96 9178 10680 intron_10 intron 0.96 10740 10820 intron_11 intron 0.88 10894 11021 intron_12 intron 0.72 11111 16935 intron_13 intron 0.9 17294 18749 intron_14 intron 0.73 18788 18896 intron_15 intron 0.94 20106 25627 CDS_1 CDS 1 5797 5844 CDS_2 CDS 1 5938 5988 CDS_3 CDS 0.99 7069 7147 CDS_4 CDS 0.99 7271 7383 CDS_5 CDS 1 7462 7535 CDS_6 CDS 1 7787 7907 CDS_7 CDS 1 7995 8063 CDS_8 CDS 1 8207 8251 CDS_9 CDS 1 9100 9177 CDS_10 CDS 0.96 10681 10739 CDS_11 CDS 0.88 10821 10893 CDS_12 CDS 0.91 11022 11110 CDS_13 CDS 0.72 16936 17293 CDS_14 CDS 0.73 18750 18787 CDS_15 CDS 0.88 18897 20105 CDS_16 CDS 1 25628 25679 stop_codon_1 stop_codon 25677 25679 transcript_2 transcript 0.28 1881 25679 start_codon_2 start_codon 1881 1883 intron_16 intron 0.52 1893 5766 intron_17 intron 1 5845 5937 intron_18 intron 1 5989 7068 intron_19 intron 0.99 7148 7270 intron_20 intron 1 7384 7461 intron_21 intron 1 7536 7786 intron_22 intron 1 7908 7994 intron_23 intron 1 8064 8206 intron_24 intron 1 8252 9099 intron_25 intron 0.89 9178 10680 intron_26 intron 0.89 10740 10820 intron_27 intron 0.8 10894 11021 intron_28 intron 0.75 11111 16935 intron_29 intron 0.87 17294 18749 intron_30 intron 0.74 18788 18896 intron_31 intron 0.96 20106 25627 CDS_17 CDS 0.52 1881 1892 CDS_18 CDS 0.97 5767 5844 CDS_19 CDS 1 5938 5988 CDS_20 CDS 0.99 7069 7147 CDS_21 CDS 0.99 7271 7383 CDS_22 CDS 1 7462 7535 CDS_23 CDS 1 7787 7907 CDS_24 CDS 1 7995 8063 CDS_25 CDS 1 8207 8251 CDS_26 CDS 1 9100 9177 CDS_27 CDS 0.89 10681 10739 CDS_28 CDS 0.82 10821 10893 CDS_29 CDS 0.9 11022 11110 CDS_30 CDS 0.72 16936 17293 CDS_31 CDS 0.74 18750 18787 CDS_32 CDS 0.89 18897 20105 CDS_33 CDS 1 25628 25679 stop_codon_2 stop_codon 25677 25679 gene_2 gene 0.15 25736 62203 transcript_3 transcript 0.15 25736 62203 start_codon_3 start_codon 25736 25738 intron_32 intron 1 25887 27398 intron_33 intron 1 27796 28741 intron_34 intron 0.39 29434 31686 intron_35 intron 1 31794 32219 intron_36 intron 1 32291 35182 intron_37 intron 1 35247 35322 intron_38 intron 1 35395 35503 intron_39 intron 1 35699 35785 intron_40 intron 1 35864 36153 intron_41 intron 1 36253 36427 intron_42 intron 1 36498 38258 intron_43 intron 0.95 38321 39174 intron_44 intron 0.95 39315 39683 intron_45 intron 0.78 39811 39905 intron_46 intron 1 40021 41056 intron_47 intron 1 41146 41934 intron_48 intron 1 42019 42183 intron_49 intron 1 42367 42989 intron_50 intron 1 43146 43757 intron_51 intron 1 43818 44087 intron_52 intron 0.67 44220 44713 intron_53 intron 0.47 44763 47340 intron_54 intron 0.93 48013 56206 intron_55 intron 0.99 57953 61283 CDS_34 CDS 1 25736 25886 CDS_35 CDS 1 27399 27795 CDS_36 CDS 0.44 28742 29433 CDS_37 CDS 0.39 31687 31793 CDS_38 CDS 1 32220 32290 CDS_39 CDS 1 35183 35246 CDS_40 CDS 1 35323 35394 CDS_41 CDS 1 35504 35698 CDS_42 CDS 1 35786 35863 CDS_43 CDS 1 36154 36252 CDS_44 CDS 1 36428 36497 CDS_45 CDS 1 38259 38320 CDS_46 CDS 0.95 39175 39314 CDS_47 CDS 0.91 39684 39810 CDS_48 CDS 0.83 39906 40020 CDS_49 CDS 1 41057 41145 CDS_50 CDS 1 41935 42018 CDS_51 CDS 1 42184 42366 CDS_52 CDS 1 42990 43145 CDS_53 CDS 1 43758 43817 CDS_54 CDS 0.97 44088 44219 CDS_55 CDS 0.67 44714 44762 CDS_56 CDS 0.55 47341 48012 CDS_57 CDS 0.99 56207 57952 CDS_58 CDS 1 61284 62203 stop_codon_3 stop_codon 62201 62203 gene_3 gene 0.78 69952 76053 transcript_4 transcript 0.78 69952 76053 start_codon_4 start_codon 69952 69954 intron_56 intron 0.78 69975 70598 intron_57 intron 1 71704 73589 intron_58 intron 1 73798 75730 intron_59 intron 1 75858 75962 CDS_59 CDS 0.93 69952 69974 CDS_60 CDS 0.85 70599 71703 CDS_61 CDS 1 73590 73797 CDS_62 CDS 1 75731 75857 CDS_63 CDS 1 75963 76053 stop_codon_4 stop_codon 76051 76053 gene_4 gene 0.16 83864 92752 transcript_5 transcript 0.16 83864 92752 start_codon_5 start_codon 83864 83866 intron_60 intron 0.19 83877 91503 intron_61 intron 0.88 91598 92562 CDS_64 CDS 0.42 83864 83876 CDS_65 CDS 0.82 91504 91597 CDS_66 CDS 0.99 92563 92752 stop_codon_5 stop_codon 92750 92752 gene_5 gene 0.03 96930 126836 transcript_6 transcript 0.03 96930 126836 start_codon_6 start_codon 96930 96932 intron_62 intron 0.57 96960 98475 intron_63 intron 1 98746 99721 intron_64 intron 0.96 99813 100119 intron_65 intron 0.44 100442 103071 intron_66 intron 0.8 103141 104724 intron_67 intron 1 105303 105392 intron_68 intron 0.99 105613 105711 intron_69 intron 0.98 105823 106258 intron_70 intron 1 106449 106977 intron_71 intron 1 107327 108104 intron_72 intron 0.55 108332 110444 intron_73 intron 0.88 110526 110779 intron_74 intron 0.82 110844 111705 intron_75 intron 0.69 111809 111882 intron_76 intron 0.77 111967 112446 intron_77 intron 0.81 112535 112629 intron_78 intron 0.98 112723 113557 intron_79 intron 0.72 113651 120850 intron_80 intron 0.49 121092 121405 intron_81 intron 0.51 121521 125945 intron_82 intron 1 126128 126831 CDS_67 CDS 0.61 96930 96959 CDS_68 CDS 0.68 98476 98745 CDS_69 CDS 0.96 99722 99812 CDS_70 CDS 0.49 100120 100441 CDS_71 CDS 0.87 103072 103140 CDS_72 CDS 0.97 104725 105302 CDS_73 CDS 1 105393 105612 CDS_74 CDS 0.99 105712 105822 CDS_75 CDS 0.99 106259 106448 CDS_76 CDS 1 106978 107326 CDS_77 CDS 1 108105 108331 CDS_78 CDS 0.88 110445 110525 CDS_79 CDS 0.98 110780 110843 CDS_80 CDS 0.7 111706 111808 CDS_81 CDS 0.76 111883 111966 CDS_82 CDS 0.81 112447 112534 CDS_83 CDS 0.82 112630 112722 CDS_84 CDS 0.98 113558 113650 CDS_85 CDS 0.42 120851 121091 CDS_86 CDS 0.52 121406 121520 CDS_87 CDS 0.93 125946 126127 CDS_88 CDS 1 126832 126836 stop_codon_6 stop_codon 126834 126836 gene_6 gene 0.5 130727 133487 transcript_7 transcript 0.5 130727 133487 start_codon_7 start_codon 130727 130729 intron_83 intron 0.96 130787 130895 intron_84 intron 0.53 131014 133356 CDS_89 CDS 1 130727 130786 CDS_90 CDS 0.5 130896 131013 CDS_91 CDS 0.96 133357 133487 stop_codon_7 stop_codon 133485 133487 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 0.73 801 448 transcript_8 transcript 0.73 801 448 stop_codon_8 stop_codon 450 448 CDS_92 CDS 0.73 801 448 start_codon_8 start_codon 801 799 gene_8 gene 0.34 69896 62214 transcript_9 transcript 0.34 69896 62214 stop_codon_9 stop_codon 62216 62214 intron_85 intron 0.74 66125 62304 intron_86 intron 0.54 67646 66973 intron_87 intron 0.89 69874 68650 CDS_93 CDS 0.89 62303 62214 CDS_94 CDS 0.48 66972 66126 CDS_95 CDS 0.54 68649 67647 CDS_96 CDS 0.85 69896 69875 start_codon_9 start_codon 69896 69894 gene_9 gene 1 80271 79715 transcript_10 transcript 1 80271 79715 stop_codon_10 stop_codon 79717 79715 intron_88 intron 1 80067 79952 CDS_97 CDS 1 79951 79715 CDS_98 CDS 1 80271 80068 start_codon_10 start_codon 80271 80269 gene_10 gene 0.35 96886 92766 transcript_11 transcript 0.35 96886 92766 stop_codon_11 stop_codon 92768 92766 intron_89 intron 0.35 96795 92918 CDS_99 CDS 0.88 92917 92766 CDS_100 CDS 0.35 96886 96796 start_codon_11 start_codon 96886 96884 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 236 27398 27796 match_2 match 234 27398 27796 match_3 match 139 61367 61912 match_4 match 232 27398 27796 match_5 match 50.1 92567 92695 match_6 match 121 92694 92936 match_7 match 30.8 92926 92976 match_8 match 50.1 92567 92695 match_9 match 121 92694 92936 match_10 match 30.8 92926 92976 match_11 match 50.1 92567 92695 match_12 match 121 92694 92936 match_13 match 30.8 92926 92976 match_14 match 50.1 92567 92695 match_15 match 121 92694 92936 match_16 match 30.8 92926 92976 match_17 match 129 92694 92924 match_18 match 32.0 92926 92976 match_19 match 73.9 92567 92695 match_20 match 180 27398 27799 match_21 match 187 19342 20181 match_22 match 227 27398 27796 match_23 match 187 27398 27799 match_24 match 130 27506 27799 match_25 match 186 27398 27799 match_26 match 129 27506 27799 match_27 match 179 27398 27781 match_28 match 234 27380 27796 match_29 match 233 27398 27796 match_30 match 249 71023 71706 match_31 match 249 71023 71706 match_32 match 654 18802 20193 match_33 match 114 35504 35881 match_34 match 35.8 35323 35394 match_35 match 76.6 39885 40022 match_36 match 38.5 35181 35246 match_37 match 86.7 39685 39813 match_38 match 113 35519 35881 match_39 match 76.6 39885 40022 match_40 match 86.7 39685 39813 match_41 match 168 56878 58182 match_42 match 251 47055 47948 match_43 match 106 47283 47963 match_44 match 106 47283 47963 match_45 match 226 27398 27796 match_46 match 110 61382 61906 match_47 match 238 19252 20190 match_48 match 224 27398 27796 match_49 match 233 27398 27796 match_50 match 252 71047 71706 match_51 match 338 70945 71706 match_52 match 337 70945 71727 match_53 match 338 70945 71706 match_54 match 389 18970 20187 match_55 match 223 27398 27796 match_56 match 26.9 92926 92976 match_57 match 139 92694 92924 match_58 match 73.6 92567 92695 match_59 match 26.9 92926 92976 match_60 match 139 92694 92924 match_61 match 73.6 92567 92695 match_62 match 222 27398 27796 match_63 match 174 71065 71703 match_64 match 73.9 39885 40022 match_65 match 84.0 39685 39813 match_66 match 232 56881 58182 match_67 match 276 46956 48011 match_68 match 244 104726 105829 match_69 match 75.1 94920 95249 match_70 match 146 130875 131321 match_71 match 70.9 95249 95383 match_72 match 61.6 95479 95592 match_73 match 236 19141 20187 match_74 match 236 19141 20187 match_75 match 231 27398 27796 match_76 match 202 27440 27796 match_77 match 231 27398 27796 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_78 match 147 13673 13365 match_79 match 129 68557 67910 match_80 match 110 13664 13374 match_81 match 130 13664 13365 match_82 match 117 13670 13389 match_83 match 117 13670 13389 match_84 match 117 13670 13389 match_85 match 123 13670 13359 match_86 match 120 13670 13395 match_87 match 120 13670 13395 match_88 match 120 13670 13395 match_89 match 123 13670 13359 match_90 match 120 13670 13395 match_91 match 149 13673 13359 match_92 match 119 13670 13389 match_93 match 125 13664 13389 match_94 match 109 79966 79775 match_95 match 199 66908 66156 match_96 match 106 79966 79775 match_97 match 129 13664 13380 match_98 match 114 13670 13380 match_99 match 114 13670 13380 match_100 match 110 79966 79772